ALPHA SONIX NDT SOLUTIONS PVT LTD

Kundrathur, Chennai, Tamil Nadu

NICR 10 MICRON PANELS (ONE PAIR).Dimensions:L X W X T (100mm X 35mm X 2mm).
Description:10 micron panels for nicr (One Pair)NiCr Test Panels make excellent comparisons when evaluating penetrant sensitivity.

NICR 20-MICRON PANELS (ONE PAIR).Dimensions:L X W X T (100mm X 35mm X 2mm).
Description:NiCr 20 micron displays (One Pair) NiCr Test Panels make excellent comparisons when evaluating penetrant sensitivity.

3 PIPE TO PIPE UT FLAWED SPECIMENS.Dimensions:Pipe to Pipe Butt Weld Joint with Pipe76mm= Dia. And 150mm Wide on EitherSide of The Weld thickness 10mm.
Tolerance:+/- 2mm.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

CORROSION, EROSION, PLATE THICKNESS30MM.
Dimensions:Length 300mm X Width 200mm Thickness 30mm.Tolerance:+/- 2mm.Specimen:Plate.Flaws:Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained.Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material :Carbon steel, Stainless Steel.

6 PIPE TO PIPE UT FLAWED SPECIMENS.Dimensions:Pipe to Pipe Butt Weld Joint with Pipe 152mm Dia. And 150mm Wide on Either Side of The Weld thickness 20mm.
Tolerance:+/- 2mm.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

QQI STANDARD KSC-230.Dimensions:Thickness based on customer requirements.
Description:Standard QQI KSC-230Simple circular and crossed bar defect arrangement appropriate for circular and longitudinal fields.Shim thickness, at 30%, is.002" thick (0.05 mm).

30 fbh resolution reference block inch version.dimensions:l x w x t (11 x 4 x 1.50).
description:1. used to produce area amplitude and distance amplitude plots for typical beam transducers, as well as to assess the resolution and sensitivity capabilities. contains 10 flat-bottom holes with diameters of 3/64", 5/64", and 8/64. metal can travel up to 1.250 inches in one direction. according to astm e428.
material :carbon steel, stainless steel, titanium, aluminum, alloy steel, cupro nickel, inconel etc.

90 curved 5-step test block inch version.dimensions:l x w x t (3.75 x 1 x 0.10, 0.50).
description:for calibrating the thickness and linearity of curved surfaces.square version: this 90 curved 5-step block has step thicknesses of.100", .200", .300", .400", and.500 and is made from a solid 2" diameter bar. the id radius is fixed at.50" / 1.00".inch blockcurvature:0.500" step has a radius of 1.0", 0.400" step has a radius of 0.9", 0.300" step has a radius of 0.8", 0.200" step has a radius of 0.7", and 0.100" step has a radius of 0.6". step range variants:
1. steps starting from 0.10 0.50 with 0.1 increments on each step.
2. customized
material : carbon steel, stainless steel, titanium, aluminum, alloy steel, cupro nickel, inconel etc.

PAUT-NOTCH BLOCK (INCH VERSION)Dimensions:L X W X T (7X2X1).
Description:For use with Phased Array instruments used for sizing OD and ID-connected cracks, the Phased Array Calibration Standard Notch Block has been especially created.
Geometry:Four EDM slots with depths of 20, 40, 60, and 80% and a width of.031 are present in the block ". The common thickness is 1.00 ".
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

paut-mini phased array ultrasonic testing calibration standard block ndt calibration blocks.
dimensions:l x w x t (10 x 1 x 1.5) 250mm x 25mm x 38mm.

description:paut-mini phased array ultrasonic testing calibration standard block ndt calibration blocks.

geometry:four holes altogether, each measuring 3/64" in diameter, are drilled into the block's 1.000" width an placed.200, .400, .600, .700, .800, .900, 1.100, and.300" fromthe corresponding scanning surface.

material :carbon steel, stainless steel, titanium, aluminum, alloy steel.

CORROSION, EROSION, PIPE OD 8 THICKNESS 25 MM.
Dimensions:OD 203.2 mm With Length 300mm Thickness 25mm.

Tolerance:+/- 2mm.

Specimen:Pipe.

Flaws:Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained.

Documentation:NDT Verification Reports And CAD Drawingsand Test Sheets.

Material :Carbon steel, Stainless Steel.

PHASED ARRAY AND TOFD PLATE SINGLE V FLAWED SPECIMENS.
Dimensions: Plate to Plate Single V Butt Weld 400mm Long and 200mm Wide On Either Side Of The Weld Thickness Range>20mm to 30mm.
Tolerance:+/- 2mm.
Specimen:Plate.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

6 20MM SV BUT JOINT PIPE TO PIPE RT FLAWED SPECIMENS.
Dimension:Pipe to Pipe Butt Weld Joint with Pipe 150mm Dia. And 150 mm Wide on Either Side of The Weld thickness 20mm.
Tolerance:+/- 2mm.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.
Material :Carbon steel.

t joint 6mm plate to plate mt flawed specimens ( as per bindt pcn classification specimens ).
dimensions: plate to plate t joint with 6mm thick plate , 250mm long & 150mm base and 100mm wide t including one parent metal flaw.
tolerance:+/- 2mm.
specimen:tee joint.
flaws:3 per specimen, randomly placed specimen.
documentation:ndt verification reports and cad drawings and test sheets.
material :carbon steel.

t joint 6mm plate to plate pt flawed specimens
dimensions:plate to plate t joint with 6mm thick plate, 250mm long and 150mm base and 100 mm wide t including one parent metal flaw.

tolerance:+/- 2mm

specimen:tee joint

flaws:3 per specimen, randomly placed specimen

documentation:ndt verification reports and cad drawings and test sheets.

material:carbon steel

4 PIPE TO PIPE MT FLAWED SPECIMENS ( AS PER BINDT PCN CLASSIFICATION SPECIMENS ).Dimensions:Pipe To Pipe Butt joint 100mm Dia. And 6 to 8mm WT with 100mm Long Pipe on either Side of the weld.
Tolerance:+/- 0.080.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

20MM SINGLE 'V' PLATE TO PLATE ADVANCED UT FLAWED SPECIMENS (AS PER ISO 9712 CLASSIFICATION SPECIMENS).
Dimensions:Plate to Plate Double V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld thickness 20mm.

Tolerance:+/- 2mm.

Specimen:Plate.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

15mm single 'v plate to plate advanced ut flawed specimens (as per iso 9712 classification specimens).dimensions:plate to plate single v butt weld 300mm long and 150mm wide on either side of the weld thickness range >10mm to 15mm.
tolerance:+/- 2mm.
specimen:plate.
flaws:3 per specimen, randomly placed specimen.
documentation:ndt verification reports and cad drawings and test sheets.
material :carbon steel.

4 pipe to pipe ut flawed specimens (as per bindt pcn classification specimens).dimensions:pipe to pipe butt weld joint with pipe 100mm dia. and 150mm wide on either side of the weld thickness 15mm.
tolerance:+/- 2mm.
specimen:pipe.
flaws:3 per specimen, randomly placed specimen.
documentation:ndt verification reports and cad drawings and test sheets.
material :carbon steel.

T JOINT 25MM DV PLATE TO PLATE UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Plate to Plate T Joint Double V Butt Weld with 300mm Long and 200mm Wide base and 150mm Wide t Plate in the Thickness Range of 25mm.
Tolerance:+/- 2mm
Specimen:Tee Joint
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel

TUBULAR NODES 15MM 70 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS ).
Dimensions:Tubular Nodes Dihedral Angle 70 Main Pipe Segment 500mm Dia. 20 to 25mm WT & Branch 200 Dia. And 15mm.

Tolerance:+/- 2mm.

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

TUBULAR NODES 15MM 60 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).
Dimensions:Tubular Nodes Dihedral Angle 60 Main Pipe Segment 500mm Dia. 20 to 25mm WT & Branch 200 Dia. And 15mm.

Tolerance:+/- 2mm.

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

tubular nodes 15mm 40 ut flawed specimens (as per bindt pcn classification specimens).
dimensions:tubular nodes dihedral angle 40 main pipe segment 500mm dia. 20 to 25mm wt & branch 200 dia. and 12mm.

tolerance:+/- 2mm.

specimen:tubular nodes.

flaws:3 per specimen, randomly placed specimen.

documentation:ndt verification reports and cad drawings and test sheets.

material :carbon steel.

TUBULAR NODES 15MM 45 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).
Dimensions:Tubular Nodes Dihedral Angle 45 Main Pipe Segment 500mm Dia. 20 to 25mm WT & Branch 200 Dia. And 15mm.

Tolerance:+/- 2mm.

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

TUBULAR NODES 15MM 35 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).
Dimensions: Tubular Nodes Dihedral Angle 35 Main Pipe Segment 500mm Dia. 20 to 25mm WT & Branch 200mm Dia. And 12mm.

Tolerance:+/- 2mm.

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

TUBULAR NODES 12MM 45 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).

Dimensions:Tubular Nodes Dihedral Angle 45 Main Pipe Segment 20 Dia. 20 to 25mm WT & Branch 152 Dia. And 10mm.

Tolerance:+/- 2mm.

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

TUBULAR NODES 12MM 40 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).

Dimensions:Tubular Nodes Dihedral Angle 40 Main Pipe Segment 500mm Dia. 20 to 25mm WT & Branch 152mm Dia. And 12mm.

Tolerance:+/- 0.080 (2.032mm).

Specimen:Tubular Nodes.

Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

tubular nodes 12mm 35 ut flawed specimens (as per bindt pcn classification specimens).dimensions:tubular nodes dihedral angle 35 main pipe segment 20 dia. 20 to 25mm wt & branch 152mm dia. and 12mm.
tolerance:+/- 2mm.
specimen:tubular nodes.
flaws:3 per specimen, randomly placed specimen.
documentation:ndt verification reports and cad drawings and test sheets.
material :carbon steel.

TUBULAR NODES 12MM 30 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS).Dimensions:Tubular Nodes Dihedral Angle 30 Main Pipe Segment 508mm Dia. 20 to 25mm WT & Branch 152mm Dia. And 12mm.
Tolerance:+/- 2mm.
Specimen:Tubular Nodes.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

8"PIPE TO NOZZLE 20MM UT FLAWED SPECIMENS (SET THROUGH PARTIAL PENETRATION JOINT).Dimensions:Pipe to Flange Nozzle Joint with weld length above 600 mm Main Pipe Segment 609mm Dia. Branch 200mm Dia. Thickness 20mm.
Tolerance:+/- 2mm.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

8"PIPE TO NOZZLE 20MM UT FLAWED SPECIMENS (SET ON PARTIAL PENETRATION JOINT).Dimensions:Pipe to Flange Nozzle Joint with weld length above 600mm Main Pipe Segment 609mm Dia. Branch 200mm Dia. Thickness 20mm.
Tolerance:+/- 2mm.
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :Carbon steel.

3"PIPE TO NOZZLE 15MM UT FLAWED SPECIMENS (SET THROUGH PARTIAL PENETRATION JOINT).

Dimensions:Pipe to Flange Nozzle Joint with Weld length 200 to 250mm and Thickness Range 15 to 20mm.

Tolerance:+/- 2mm.

Specimen:Pipe.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material :Carbon steel.

eddy current calibration tube bundle specimen.dimensions:thickness based on customer requirements.
description:pcn classification eddy current tube bundle specifications 13 tubes per bundle, 6 bundles are needed for training. 12 bundles for the exams, for a total of 18 bundles 3 no. cupro-nickel bundles for examinations 6 no. cupro-nickel bundles for training 3 no. aluminum brass bundles for training aluminum and brass 6no's bundles for tests.
material :cupor, nickel, etc.

MFL STANDARD CALIBRATION TUBE.Dimensions:Thickness based on customer requirements.
Description:Standards For Tube Inspection Calibration Our expertise in dealing with all types of simulated faults, including EDM notches, thinning, and expansions, puts us in a unique position to suggest policies and establish standards in place that improve the likelihood that you will be found during inspection of plants around the world. There is a sizable selection of tubing that meets ASME specifications. We may also provide tailored solutions to match the unique needs of our clients. NDE can assist with your needs for tube supports, unusual defects, or specialised packaging for the standards. Eddy Current Tube Standards are our area of expertise for custom eddy current tubes. You're prepared to ask for a quote on a standard. What is the substance? (Alloy, OD, and Wall) Does the standard have to adhere to any specifications? the ASME, etc.

ECT STANDARD CALIBRATION TUBE.
Dimensions: Thickness based on customer requirements.
Description: Standards For Tube Inspection Calibration Our expertise in dealing with all types of simulated faults, including EDM notches, thinning, and expansions, puts us in a unique position to suggest policies and establish standards in place that improve the likelihood that you will be found during inspection of plants around the world. There is a sizable selection of tubing that meets ASME specifications. We may also provide tailored solutions to match the unique needs of our clients. NDE can assist with your needs for tube supports, unusual defects, or specialised packaging for the standards. Eddy Current Tube Standards are our area of expertise for custom eddy current tubes. You're prepared to ask for a quote on a standard. What is the substance? (Alloy, OD, and Wall) Does the standard have to adhere to any specifications? the ASME, etc.

NEAR-FIELD TESTING CALIBRATION TUBE (NFT).Dimensions:Thickness based on customer requirements.
Description:NFT, or Near-Field Calibration Tube. You're prepared to ask for a quote on a standard. What is the substance? (Alloy, OD, and Wall) Does the standard have to adhere to any specifications? the ASME, etc. additionally possess years of expertise in machining a broad range of flaws. TWHs and FBHs, OD and ID grooves, milled flats, OD and ID thinning bands, ID FBHs, RBHs, ID contoured flats, 120/180 wear scars, tapering defects, and tube-to-tube wear are just a few examples of the flaws that can be found.

EDDY CURRENT TESTING CALIBRATION TUBE (ECT).Dimensions:Thickness based on customer requirements.
Description:Eddy Current Tube Norms Have you prepared a basic quote request? We require the following: Which substance is it? Wall, alloy, and OD The content will be provided by the customer, or will NDE provide it? How big and what kind of flaws are required? (Most depths are indicated in percent of tube wall) Does the standard have any requirements that it must meet? (ASM, etc.) Please send along any artwork you may have, even if it's just a quick hand sketch. Our years of experience in machining a wide variety of flaws enable us to specialise in custom eddy current tubes. As well as TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, there are also ID FBHs, ID contoured flats, 120/180 wearscars, tapering defects, and other surface imperfections.

remote field testing calibration tube (rft).dimensions:thickness based on customer requirements.
description: eddy current tube specifications. are you prepared to request a standard quote? what we require is as follows: which substance is it? (wall, od, and alloy) the material will be supplied by the client or nde? what size faults are required, and which ones? the majority of depths are indicated as a percentage of tube wall. does the standard have to adhere to a specification? asme, etc. please send over any drawings or even just a quick hand sketch if you have any. we are experts in creating customised eddy current tubes and have years of
experience cutting a wide variety of flaws. twhs and fbhs, od and id grooves, milled flats, od and id thinning bands, id fbhs, id contoured flats, 120/180 wear scars, tapering faults, and more.

INTERNAL ROTARY INSPECTION SYSTEM CALIBRATION TUBE (IRIS).
Dimensions: L X W X T (3.0 X 1.0 X 0.25).
Description: Standards for Eddy Current Tubes. You're prepared to ask for a quote on a standard. Here is what we require: What is the substance? (OD, Wall, and alloy) Does NDE provide the material, or will the client provide it? What size and types of flaws are required? (Most depths are provided in percent of tube wall) Is there a requirement that the standard adhere to? the ASME, etc. Please send along any drawings you may have, even if they are just quick sketches done by hand. We have years of expertise cutting a wide variety of flaws and are experts
in creating unique eddy current tubes. In addition to TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, there are also ID FBHs, ID contoured flats, 120/180 wearscars, tapering defects, and other surface imperfections.

usaf general purpose eddy current standard test block.dimensions:l x w x t (7.0 x 4.0 x 1.06).
description:test block for the usaf general purpose eddy current standard usaf general purpose eddy current standard. a (3) plate assembly with (66) edm notches distributed among the (20) fastening holes.
material :carbon steel, stainless steel, titanium, aluminum, alloy steel etc.

NAVY EDDY CURRENT STANDARD TEST BLOCK.Dimensions:L X W X T (7.0 X 4.0 X 0.875).
Description:Eddy Current Standard Test Block for the Navy Universal Eddy Current Standard for the Navy. a (3) plate assemblage with a total of (71) EDM notches distributed across its (20) fastening holes.
Geometry:3.0" broad by 4.0" length by.875" thick.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Cupro Nickel, Inconel etc.

MIL STD 271F PERFORMANCE VERIFICATION REFERENCE TEST BLOCK.Dimensions:L X W XT (6.0 X 4.0 X 3/8).
Description:Performance Verification Reference Test Block per MIL STD 271F Performance Verification Reference Test Block per MIL STD 271F The Performance Verification Reference Block complies with Paragraph 7.4.2 of MILSTD-271F. Block has four EDM notches as well as a simulated butt weld.
Geometry:4.0" broad by 6.0" long by 3/8" thick.
Material :Carbon steel , Stainless Steel, Titanium, Aluminum, Alloy Steel, Cupro Nickel, Inconel etc.

DAC GSET EDDY CURRENT STANDARD TEST BLOCK.Dimensions:L X W X T (6.375 X 2.0 X 4).
Description:Eddy Current Standard Test Block for DAC.
Geometry:Dimensions in total:.250/.625" thick, 2.000" width, and 6.375" long.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel etc.

3 NOTCH EDDY CURRENT STANDARD TEST BLOCK.Dimensions:L X W X T (3.0 X 1.0 X 0.25).
Description:Three-notch Eddy Current Test Block.
Geometry:Has three (3) surface notches at.008, .020, and.040 depths. Typical notch widths range from.004" to.005", while different widths are possible.
Material :Aluminum, Alloy Steel, copper, Titanium, Stainless Steel, Magnesium, Nickel etc.

QQI MINIATURE KSC-4-230.Dimensions:Thickness based on customer requirements.
Description:Similar to KSC230, but with a compact design for the test part's tiny sections. The four circles can be divided into individual pieces for use. Shim thickness, at 30%, is.002" thick (0.05 mm).

12 HOLE 15 NOTCH GENERAL PURPOSE, BOLT HOLE STANDARD BLOCK.Dimensions:L X W X T (6.0 X 2.5 X 0.25).
Description:General-purpose bolt hole standard block with 12 holes and 15 notches (Eddy Current).
Geometry:0.25" thick, 2.5" x 6.0", block sizes.
Material :Aluminum, Copper, Stainless Steel, Alloy, Titanium, Carbon Steel.

MAGNETIC FLUX LEAKAGE CALIBRATION TUBE (MFL).
Dimensions: Thickness based on customer requirements.
Description: Eddy current tube specifications. Are you prepared to request a standard quote? What we require is as follows: Which substance is it? (Wall, OD, and Alloy) The material will be supplied by the client or NDE? What size faults are required, and which ones? The majority of depths are indicated as a percentage of tube wall. Does the standard have to adhere to a specification? ASME, etc. Please send over any drawings or even just a quick hand sketch if you have any. We are experts in creating customised eddy current tubes and have years of experience cutting a wide variety of flaws. TWHs and FBHs, OD and ID grooves, milled flats, OD and ID thinning bands, ID FBHs, ID contoured flats, 120/180 wearscars, tapering faults, and more.

QQI VARIABLE DEPTH KSCT-234.Dimensions:Thickness based on customer requirements.
Description:Three concentric circular defects with varying depths, used for more quantitative work. 20%/30%/40% of Shim thickness, .002" thick (0.05 mm).

QQI VARIABLE DEPTH KSC4-234.Dimensions:Thickness based on customer requirements.
Description:Three concentric circular defects with varying depths that are used for more quantitative work. 20%, 30%, or 40% of the thickness of a Shim, at.004" (0.1 mm).

NICR 30-MICRON PANELS (ONE PAIR).Dimensions:L X W X T (100mm X 35mm X 2mm).
Description:NiCr panels with 30 microns (One Pair) NiCr Test Panels make excellent comparisons when evaluating penetrant sensitivity.

NICR 50-MICRON PANELS (ONE PAIR).Dimensions:L X W X T (100mm X 35mm X 2mm).
Description:NiCr 50 micron displays (One Pair) NiCr Test Panels make excellent comparisons when evaluating penetrant sensitivity.

LARGE COPPER PAD (5X10).Dimensions:Thickness based on customer requirements.
Description:Large copper pad (5x10) used to maintain correct electrical contact between test parts and contact heads and prevent arc burn.
Material :Copper.

STAINLESS STEEL TEST BLOCK (FOR WASHABILITY).
Dimensions: Thickness based on customer requirements.
Description: A straightforward and practical comparator for assessing the washability of water-washable or postemulsified penetrants is the stainless steel test block. When a product's capacity to be removed from a surface has diminished in comparison to new material, the "grit blasted" finish offers a rough surface that will retain background. SKC-S Cleaner/Remover should be used to completely clean and occasionally refinish the test block (grit blast). Specifications Observance: Meets ASTM E165 requirements.
Material : Stainless Steel

NA-16 NOTCH DEFECT TEST BAR.Dimensions:Thickness based on customer requirements.
Description:Notch Defect Test Bar NA-16The NA-16 Notch Defect Test Bar satisfies the standards of NAVSEA-TB-T9074- AS-GIB-010/271 and paragraph 4.3.1.2 of MIL-STD-271E and F (Ships). The technique calls for an inspection that can find even the smallest surface flaws that can be rejected from a test specimen, whether they are manmade or organic.

QQI STANDARD KSC-430.Dimensions:Thickness based on customer requirements.
Description:Standard QQI KSC-430Simple circular and crossed bar defect arrangement appropriate for circular and longitudinal fields.30% of the Shim is.004" thick (0.1 mm).

MAGNETIC FLUX INDICATORS, TYPE G, SET OF 5.Dimensions:Thickness based on customer requirements.
Description:A set of five magnetic flux indicators, type G, is available. During the magnetic particle testing process, adaptable indicators are utilised to find the proper levels of magnetic field intensity and directional orientation. Three machined slots, each with a width of.0075", .009", and.010", are included on each indication. The indicators, which are made of permeable magnetic steel sandwiched between two brass plates, are intended for repeated usage in establishing and checking the strength of the magnetic field in wet and dry MPI applications. meets the requirements of Annex A3 of ASTM E 1444-11.

LEAD CONTACT PLATE.
Dimensions: Thickness based on customer requirements.
Description: Plate with lead contacts. original headstock/tailstock contact plates are duplicated. Excellent contact with the test portion is made by the soft lead. Dimensions: 6-5/8" (168.275mm) x 6-3/4" (171.45mm) x 1/4" (6.35mm) thick. Fits all devices (except from the A-915 and the smaller MAG Series devices).

HEAVY DUTY LEAD CONTACT PLATE.Dimensions:Thickness based on customer requirements.
Description:Lead Contact Plate with Heavy Duty. Lead contact plates that have been copper-impregnated last ten times as long as regular lead contact plates. Dimensions: 6-5/8" (168.275mm) x 6-3/4" (171.45mm) x 1/4" (6.35mm) thick Except for A-915 and the smaller MAG Series units, fits all units.
Material :Copper.

LARGE COPPER PAD ASSEMBLY (12"X12").Dimensions:Thickness based on customer requirements.
Description:Significant Copper Pad Assembly 12" x 12" (2 Copper Pads & V-Block) (2 Copper Pads & V-Block) V-Block Double-Braided Pad A larger surface area is contacted by the heavy copper braid. The V-block foundation centres and supports test pieces and is made of neoprene. Two wear faces are provided by flipping the pad.
Material :Copper.

CENTRAL CONDUCTOR DIA1.00 L 15.875.Dimensions:Thickness based on customer requirements.
Description:Central Conductor Diameter 1.00" Length 15.875"These solid copper rods (copper type 110) provide hollow sections with circular magnetization.
Material :Copper.

COPPER PAD ASSEMBLY.
Dimensions:Thickness based on customer requirements.
Description:assemblage of copper pads (2 Copper Pads & V-Block) V-Block Double-Braided Pad A larger surface area is contacted by the heavy copper braid. The V-block foundation centres and supports test pieces and is made of neoprene. Two wear faces are provided by flipping the pad. Except for A-915 and the smaller MAG Series units, fits all units.
Material :Copper.

COPPER PAD.Dimensions:Thickness based on customer requirements.
Description:Copper Pad (5"x7") Used to ensure correct electrical contact between test parts and contact heads and prevent arc burn.
Material :Copper.

DS CALIBRATION BLOCK INCH VERSION.Dimensions:L X W X T (6 X 4 X 2).
Description:Block of the AWS type is employed for calibrating longitudinal distance and sensitivity. contains two 4.0" portions separated by a 2.0" high segment. in line with AWS's specifications. Block for AWS and ANSI Type DS calibration. A distinct metric version of the DS block is not specified by AWS. Only the metric counterparts to the standard design are displayed in the metric block in AWS. This single block can thus be used to satisfy inch and metric standards.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

CENTRAL CONDUCTOR DIA 0.75 L 15.875".Dimensions:Thickness based on customer requirements.
Description:These solid copper rods (copper type 110) provide circular magnetization for hollow objects. Central Conductor Diameter 0.75 L 15.875".
Material :Copper.

CENTRAL CONDUCTOR KIT, EACH OF .50, .75 & 1.00.Dimensions:Thickness based on customer requirements.
Description:One of each is included in the central conductor kit. Dia.5 L 15.875, . 15.875" in diameter by 1.50 in length. These solid copper rods (copper type 110) provide hollow sections with circular magnetization.
Material :Copper.

CENTRAL CONDUCTOR DIA 0.5 L 15.875.Dimensions: Thickness based on customer requirements.Description:Primary Conductor Dia 0.5 L 15.875These copper type 110 solid rods enable the circular magnetization of hollow components.
Material :Copper.

DS CALIBRATION BLOCK METRIC VERSION.Dimensions:L X W X T (152.4mm X 101.6mm X 50.8mm).
Description:Block of the AWS type is employed for calibrating longitudinal distance and sensitivity. contains two 4.0" portions separated by a 2.0" high segment. in line with AWS's specifications. Block for AWS and ANSI Type DS calibration A distinct metric version of the DS block is not specified by AWS. Only the metric counterparts to the standarddesign are displayed in the metric block in AWS. This single block can thus be used to satisfy inch and metric standards.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PIE GAUGE.Dimensions:Thickness based on customer requirements.
Description:The pie gauge consists of a highly permeable disc that has non-ferromagnetic material dividing it into four, six, or eight parts. The divisions act as manufactured flaws that project outward from the core in various directions. The gauge's diameter ranges from 3/4 to 1 inches. The low carbon steel pie portions must have partitions no wider than 1/32 inch. The parts are copper-plated and furnace brazed. The test piece is magnetised and the gauge is placed on it copper side up. The inspector can determine the magnetic field's orientation using the indications after applying the particles and removing the surplus.Dry powder is utilised with flat surfaces like weldments or steel castings as the primary use.
Material :Carbon steel.

YOKE WEIGHT LIFT TEST BLOCK (4.5KG).Dimensions:Thickness based on customer requirements.
Description:Yoke Test block for weightlifting (4.5kg)Raise testing weightsTo guarantee that parts are being thoroughly inspected while employing MPI methods of NDT Electromagnetic, weights must be used to test the magnetic field created by electro-magnets and permanent magnets. Useful Yoke Test Weight for AC Yokes 4.5Kg when using the carrying handle American Standard 18 kg Permanent Magnet Test Weight with Carrying Handle 22.5Kg.
Material :Carbon steel.

yoke weight lift test block (18.0kg).dimensions:thickness based on customer requirements.
description:to guarantee that parts are being thoroughly inspected while employing mpi methods of ndt electromagnetic, weights must be used to test the magnetic field created by electro-magnets and permanent magnets. yoke use of a test weight with ac yokes 4.5kg when using the carrying handle american standard 18 kg permanent magnet test weight with carrying handle 22.5kg.
material :carbon steel.

MTU TEST BLOCK.Dimensions:Thickness based on customer requirements.
Description:used to assess the sensitivity of MPI baths using the wet method.Simple and fast comparison and verification of magnetic particle materials The MTU-3 Test Block is used to evaluate the magnetic-particle materials' sensitivity. There are numerous hints on this two-sided block, ranging in size from little to huge. the MTU-3 for comparison Different brands of materials, different sorts of materials, and both new and old materials (visible, dual sensitivity and fluorescent, etc.) Utilize the MTU-3 to check: Particles are actually delivered by aerosol cans According to EN ISO 9934-2:2002, MTU-3 Blocks are created. Can be utilised with fluorescent or transparent particles Both sides have natural fractures.
Material :Carbon steel.

PERMANENT MAGNET YOKES.Dimensions:Thickness based on customer requirements.
Description:Due to their total portability and lack of electrical requirements, permanent magnet yokes are a tremendous convenience in magnetic particle inspection. 50 pounds of lifting capacity at 100mm from the pole (23 Kg). Specially designed pole pieces make it simple to remove them from the component. The PMY Yoke is a portable permanent magnet yoke that is perfect for magnetising parts for fracture detection. It has hinged arms that enable it to magnetise a wide range of profiles.
Material :Carbon steel.

KETOS RING BLOCK.Dimensions:Thickness based on customer requirements.
Description:The magnetic particle testing system's overall performance is evaluated using the Ketos Ring. The Ketos Ring has a 114" diameter centre hole and measures 5" in diameter and.875" in thickness.The block has twelve through holes with diameters of.070" and locations that are.070, .140, .210, .280, .350, .420, .490, .560, .630, .700, .770, and.840" from the OD surface.
Material :Carbon steel.

ASTM TEST BLOCK (MPT).Dimensions:Thickness based on customer requirements.
Description:In magnetic particle inspection, an ASTM test block is often referred to as an MPT test bar. There are seven contrived defects in it (side-drilled holes). portable on the job site. Easy on the wallet.
Material :Carbon steel, Alloy Steel.

ALUMINUM TEST BLOCK (FOR SENSITIVITY).Dimensions:Thickness based on customer requirements.
Description:The Aluminum Test Block is an aluminium test piece with dimensions of 3 inches by 2 inches by 3/8 inches with a notch cut into it to allow for side-by-side penetrant comparison. The strength of "in-use" penetrants is evaluated using the test block. To accomplish this, one half of the block is processed with "used" penetrant, and the other with "fresh" penetrant. sensitivity of new and old penetrants, or sensitivity of different penetrants, can be compared.
Block of Aluminum Test (for Sensitivity) The sensitivity of various penetrants or the sensitivity of new and old penetrants is compared by a cracked aluminium block.
Material :Aluminum.

V3 TEST CALIBRATION BLOCK.
Dimensions:L X W X T (150mm X 90mm X 25mm).

Description:For both laboratory and field calibration of ultrasonic fault detection equipment. This block is designed to replace V1 or IIW-Type Test Blocks with a smaller, lighter alternative.

Geometry:A Includes engraved reference mark scales, 25mm, 50mm, and 100mm radii, two 3.0mm diameter through holes, and a 0.4mm wide x 2.5mm deep slot.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

pdi alternative asme calibration test block 3 set blocks.dimensions:l x w x t (10.0 x 2.0 x 2.250).
description:the performance demonstration initiative (pdi) procedure nos. pdi-ut-1, rev. c, fig. 4 (ferritic), and pdi-ut-2, rev. c, fig. 4 are followed in the fabrication of pdi alternative asme blocks (austenitic). these cover the standard techniques for ultrasonically inspecting pipe welds made of ferritic and austenitic metal. the blocks provide a cost-effective substitute for constructing several curved calibration blocks (pipe sections) in various diameters and wall thicknesses.
geometry: steps that simulate wall thicknesses of 0.500", 1.000", 1.500, " and 2.000" make up the block design. a.010 is present in each step "wide edm notch that is 10% of the wall thickness deep and runs the length of the step. surfaces for scanning and reflecting are fabricated to
resemble pipe and plate surfaces with a maximum polish of 250 ra.
material :carbon steel, stainless steel, titanium, aluminum, alloy steel.

10 step ut calibration block inch version.dimensions:l x w x t (7.5 x x 0.1 0.05).
description:metric version of the 10 step ut calibration block for thickness and linearity. the measure steps in the 10 step calibration block range from below measurement
variants. step range variants:
1.steps starting from 0.1 1 with 0.1 increments on each step.
2.steps starting from 0.05 0.50 with 0.05 increments on each step.
material :carbon steel, stainless steel, titanium, aluminum, alloy steel, cupro nickel, inconel, etc.

mini angle beam type mab block.
dimensions:1.000" thick and also offered in 0.500" thicknesses.

description:the "rompas" block or simply "angle beam" are other names for the daks tools inch mab small angle beam block. for distance, beam index, refracted angle, and sensitivity calibration, it serves as a substitute for the dsc block.

geometry:a 5/64" diameter flat-bottom hole at a 0.250" metal travel distance (1/4t), and 1.0" radius opposite a 2.0" radius.

material :carbon steel, stainless steel, titanium, aluminum, alloysteel, cupro nickel, inconel etc.

AWS RESOLUTION REFERENCE TEST BLOCK.
Dimensions:L X W X T (150mm X 75mm X 25mm).
Description:Resolution Reference Block for Steel, per AWS/ANSI. The AWS Resolution Reference Block, also known as an RC block, is used to test the resolution capabilities of angle beam transducers. Contains three sets of through-holes with a.0625" diameter for 45, 60, and 70 angles. ln compliance with the Structural Welding Code ANSI/AWS D1.1 and the AWS Welding Highway and Railway Bridges standard D2.0. The AWS Resolution block does not have a specific independent metric version, according to AWS. Only the metric counterparts to the standard design are displayed in the metric block in AWS. This single block can thus be used to satisfyinch and metric standards.
Geometry:1 " x 3" x 6". has nine 0.062 "diameter holes for transducers at 45, 60, and 70 degrees.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

UT RESOLUTIONS CALIBRATION BLOCK.Dimensions:74mm Radius x 75mm Thick.
Description:UT Resolution block for evaluating the resolution of the shear wave probe. 1974, BS4331 part 3 2, 3, 4, and 5mm steps. To the specifications of BS 2704:1978.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Inconel etc.

IOW TEST BLOCK METRIC VERSION.Dimensions:L X W X T (305mm X 50mm X 75mm).
Description:IOW Test Block Beam Profile Block Used to assess transducer angles and the beam profile of angle beam transducers.
Geometry:Consists of nine side holes that are 22mm deep and 1.5mm in diameter. according to the specifications of British Standard 2704.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Inconel etc.

DC CALIBRATION BLOCK INCH VERSION.Dimensions:2.000" and 1.000" Radii.
Description:DC block of the AWS type is employed for shear wave distance calibration. Contains a 180 section with a 1.0" radius over a 2.0" radius. According to the BRR/AWS X-1 and ASTM E164 requirements.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

5 STEP UT CALIBRATION BLOCK INCH VERSIONDimensions:L X W X T (3.75 X X 0.10, 0.50)
Description:Metric Version of the 5 Step UT Calibration Block forThickness and Linearity. The Measure Steps in the 5 StepCalibration Block range from below measurementvariants.
Step Range Variants:
1.Steps starting from 0.10 0.50 with 0.10increments on each step.

Material :

• Carbon steel
• Stainless Steel
• Titanium
• Aluminum
• Alloy Steel
• Cupro Nickel
• Inconel etc

CONTOURED PHASED ARRAY CALIBRATION BLOCKDimensions:L X W X T (300mm X 30mm X 75mm).
Description:Phased Array Contoured Calibration Block for calibrating TCG, sensitivity, velocity, and wedge delay using a curved phased array. Contains three 1.5mm
SDH.Customer to recommend the contour. To learn more about the Contoured phased array calibration block, We are pleased to help you, and our customer care team is knowledgeable.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

DC CALIBRATION BLOCK METRIC VERSION.Dimensions:12.5 mm thick is the radius of 25.0 mm, and 25.0mm thick is the radius of 50.0mm.
Description:DC block of the AWS type is employed for shear wave distance calibration. Contains a 180 segment with a 25.0 mm radius over a 50.0 mm radius. According to the BRR/AWS X-1 and ASTM E164 requirements.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

ASTM DISTANCE AREA AMPLITUDE BLOCK SET OF 10.Dimensions:3/64 at 3.000 MTD; 5/64 at .125, .250, .500, .750, 1.500, 3.000 and 6.000 MTD; and 8/64" at 3.000" and 6.000" MTD. Block diameter is 2.0".
Description:Distance Area Amplitude Calibration Blocks Per ASTM E428 For measuring dead zone, sensitivity, distance, and area amplitude linearity, a basic set of ten flat-bottom hole blocks is employed. conforming to ASTM E428. includes the certified material test report, two Tactic Inc.response plots, our NIST traceable dimensional certification report, and the ultrasonic inspection report.As mandated by ASTM E127, Section 11, take note that we conduct block characterization using a 5.0 MHz quartz transducer.
Geometry:3/64" - 3.0" (3-0300), 5/64" -.12" (5-0012), 5/64" -.25" (5-0050), 5/64" -.75" (5-0075), 5/64" - 1.5" (5-0150), 5/64" - 3.0" (5-0300), 5/64" - 6.0" (5-0600), and 8/64" - 6.0" are among the hole diameters and metal travel distances included in the (8-0600).
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Inconel etc.

astm distance amplitude block set of 19.dimensions:metal travel distances are: .063, .125, .250, .375, .500, .625, .750, .875, 1.000, 1.250, 1.750, 2.250, 2.750, 3.250, 3.750, 4.250, 4.750, 5.250 and 5.750. block diameter is 2.0".
description:blocks for astm e428 distance amplitude calibration set of 19 flat-bottom hole blocks for measuring the relationship between signal amplitude and metal travel distance (mtd). the flat-bottom holes on every block are the same size, but the mtd varies. when ordering, the hole diameter (3/64", 5/64", or 8/64") must be mentioned. conforming to astm e428. includes the certified material test report, tactic inc.'s ultrasonic inspection report and response plot, and our nist traceable dimensional certification report. as mandated by astm e127, section 11, take note that we conduct block characterization using a 5.0 mhz quartz transducer.
geometry:set of 19 blocks with holes measuring 3/64", 5/64", or 8/64" and metal travel distances of 0.06", 1.25", 2.25", 3.25", 3.75", 4.25", 4.75", 5.25", and 5.75".
material :carbon steel, stainless steel, titanium, aluminum, alloy steel.

ASTM AREA AMPLITUDE BLOCK SET OF 8.
Dimensions:FBH diameters are 1/64", 2/64", 3/64", 4/64", 5/64", 6/64", 7/64", and 8/64". Block diameter is 2.0".
Description:ASTM E428 Area Amplitude Calibration Blocks Set of eight flat-bottom hole blocks used to determine the relationship between flaw size and echo amplitude by comparing signal responses. Metal travel distance is 3.000 for all blocks, and FBH diameter ranges from #1 (1/64") to #8 (8/64"). In accordance with E428. Includes our NIST traceable dimensional certification report, ultrasonic inspection report and response plot from Tactic Inc, and the certified material test report. Note that we use a 5.0 MHz quartz transducer for block characterization asrequired by ASTM E127, Section 11.
Geometry:Contains six holes with flat bottoms: three 4/64" holes with depths of.050", .250", and.500; one 4/64" hole with a depth of 1.500; one 8/64" hole with a depth of 1.625; and one 16/64" hole with a depth of 1.750. includes the calibration notch as well.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

asme n-625 reference plate inch version.
dimensions:l x w x t (300mm x 150mm x 12.70mm).

description:ln compliance with section iii, nuclear vessels, of asme 1275n boiler and pressure vessel code. used to calibrate surface, shear, and longitudinal wave sensitivity.

geometry:contains six holes with flat bottoms: three 4/64" holes with depths of.050", .250", and.500; one 4/64" hole with a depth of 1.500; one 8/64" hole with a depth of 1.625; and one 16/64" hole with a depth of 1.750. includes the calibration notch as well.

material :carbon steel, stainless steel, titanium, aluminum, alloy steel, inconel etc.

DSC BLOCK METRIC VERSION.
Dimensions:L X W X T (100mm X 75mm X 25mm).

Description:According to AWS and ASHTO specifications, angle beam transducers must be calibrated for AWS type DSC Block distance, sensitivity, refracted angle, and beam index.

Application:Setting the point of incidence for the sound beam, determining the angle of propagation, and calibrating the transverse and longitudinal wave distance.

Geometry:100mm long, 25mm thick, and 75mm in radius. contains a 3.175mm diameter side-drilled hole for 45, 60, and 70 degree probes and a 9.5mm deep by 0.79mm radius notch.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

ASTM E317 TEST BLOCK FIGURE 6 INCH VERSION.
Dimensions:L X W X T (200mm X 50mm X 75mm).
Description:The resolution properties of ultrasonic pulse-echo systems are assessed using the ASTM E317 resolution block, Figure 6. Without the Use of Electronic Measurement Instruments, Performance Characteristicsof Ultrasonic Pulse Echo Examination Instruments and Systems are evaluated.
Geometry:Flat bottom holes of 6 no's with hole diameter 3/64 into be perpendicular to faces and depth of 0.1" 0.2" 0.3"0.5" & 0.7".
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Inconel.

ULTRASONIC TESTING NAVSHIPS TEST BLOCK.
Dimensions:L X W X T (300mm X 30mm X 75mm).
Description:The Ultrasonic Testing Navship Test Block is used to determine sensitivity levels, fault depth, and distance amplitude correction.
Geometry:Four (4) 1/16" (.0625) in diameter angled holes at 30, 45, 60, and 75. 18 holes on a 1" radius, each.040" in diameter. The last two holes in the array are separated by 2.5 and have an angular spacing of 5.0. 18 holes on a 2" radius, each measuring 5/64" (.0781) in diameter. The last two holes in the array are separated by 2.5 and have an angular spacing of 5.0. 16 holes on a vertical column, each.040" in diameter and spaced.120" apart. 12 holes in an angled row, each measuring 1/16" (.0625) in diameter and spaced.200" apart. a centerline tick mark that has been machine-engraved.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel.

DSC BLOCK INCH VERSION.
Dimensions:L X W X T (100mm X 75mm X 25mm).

Description:According to AWS and ASHTO specifications, angle beam transducers must be calibrated for AWS type DSC Block distance, sensitivity, refracted angle, and beam index.

Application:Setting the point of incidence for the sound beam, determining the angle of propagation, and calibrating the transverse and longitudinal wave distance.

Geometry:1 " thick, 4" long with 1" and 3" radius. Contains 3/8" deep x 1/32" radius notch and a 1/8" diameter side drilled hole for 45, 60 and 70 degree probes.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

ASTM E317 TEST BLOCK FIGURE 6 METRIC VERSION.
Dimensions:L X W X T (200mm X 50mm X 82.5mm).

Description:The resolution properties of ultrasonic pulse-echo systems are assessed using the ASTM E317 resolution block, Figure 6. Without the Use of Electronic Measurement Instruments, Performance Characteristicsof Ultrasonic Pulse Echo Examination Instruments and Systems are evaluated.

Geometry:Flat bottom holes of 6 no's with hole diameter 1.2mm to be perpendicular to faces and depth of 2.5mm 5.0mm 7.5mm, 7.5mm, 12.5mm & 17.5mm.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Inconel etc.

MINI ANGLE BEAM MAB TEST BLOCK.
Dimensions:12.5" in. thick and Also offered in 25mm thick versions.

Description:DAKS TOOLS METRIC miniature angle beam block is also known as a "Rompas" block or simply "Angle Beam". It is a substitute for the DSC block for distance, beam index, refracted angle and sensitivity calibration.

Geometry:2 mm FBH at 6.25 mm metal travel distance (1/4T), 25and 50mm radius.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

API RP 2X REFERENCE STANDARDS BLOCK.
Dimensions:Thickness based on customer requirements.

Description:Exam Level "C" Recommendation Practice 2X (RP 2X). Guidelines for the qualifications of ultrasonic technicians and the ultrasonic assessment of offshore structural fabrication.

Geometry:Required are a set of four blocks, in compliance with API RP 2X.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

IIW-TYPE 2 CALIBRATION BLOCK INCH VERSION.
Dimensions:L X W X T (300mm X 100mm X 25mm).
Description:An improved design of the initial IIW-Type 1 concept. includes a distance calibration cut-out with a 2.0" radius and.250" depth that is superposed on a 4.0" radius. Includes distance calibration markers to the 2.0" hole as well as the numbers 3, 5, and 8 through holes (3/64", 5/64", AND 8/64" diameter) for sensitivity testing or surface wave inspection. according to the requirements of the US Air Force NDI Manual T.O. 33B-1-1, ASTM E164, and International Institute of Welding.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

IIW-TYPE 1 CALIBRATION TEST BLOCK INCH VERSION.
Dimensions:L X W X T (300mm X 100mm X 25mm).

Description:Used to verify the shear wedge exit point and refracted angle as well as to calibrate shear and longitudinal transducers. can be used to check resolution and sensitivity. IIW (International Institute of Welding) and ASTM E164, U.S. Customary Block are in agreement.
Geometry:2.0" and.060" diameter holes, a.240" deep by.080" wide slot, and a 1.0" radiussed slot that is.060" deep by.120" broad all have a 4.0" radius.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

V2 A4 CALIBRATION BLOCK 25MM.
Dimensions: L X W X T (75mm X 43mm X 25mm).
Description:For on-site verification of the index, time base, beam angle, and gain of a micro shear wave probe, use a small calibration block that is 25 mm thick. includes etched reference mark scales from 35 to 75 degrees, a1.5mm hole (or 5mm) with a 25 mm and 50 mm radius.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

V2 A4 CALIBRATION TEST BLOCK 20MM.
Dimensions:L X W X T (75mm X 43mm X 20mm)

Description:For on-site verification of the miniature shear wave probe index, time basis, beam angle, and gain, a 20 mm thick small calibration block is used. includes etched reference mark scales from 35 to 75 degrees, a hole with a radius of 20 and 50mm, and a 1.5mm hole (or 5mm).

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

V2 A4 CALIBRATION TEST BLOCK 12.5MM.
Dimensions:L X W X T (57mm X 43mm X 12.5mm).

Description:For on-site verification of the miniature shear wave probe index, time basis, beam angle, and gain, a small calibration block measuring 12.5 mm thick is used. includes a 1.5mm hole (or 5mm) with a 12.5mm and 50mm radius, as well as reference mark scales from 35 to 75 degrees that are etched.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

4 STEP UT CALIBRATION BLOCKDimensions:L X W X T (80mm X 20mm X 2mm, 6mm, 2.5mm)
Description:Metric Version of the 4 Step UT Calibration Block for Thicknessand Linearity. The Measure Steps in the 4 Step Calibration Blockrange from below measurement variants.
Step Range Variants:1. Steps starting from 2 8mm with 2mm increments on each step.2. Steps starting from 6 24mm with mm increments on each step.3. Steps starting from 2.5 25mm with 2.5mm increments on each step.4. .
Material :

• Carbon steel
• Stainless Steel
• Titanium
• Aluminum
• Alloy Steel
• Cupro Nickel
• Inconel etc

CALIBRATION BLOCK NO.1 K1 MATRIC VERSION.
Dimensions:L X W X T (300mm X 100mm X 25mm).

Description:For both laboratory and field calibration of ultrasonic fault detection equipment. Our version of this block has a radius of 100mm, holes measuring 3.0mm and 50.0mm, reference mark scales that are etched, and two optional slots at the zero point that offer calibrating signals spaced out over a 100mm range. in line with ISO 2400 and EN 12223. The "V1/5 (A2)" Block from BS 2704, which is identical to this block but has a 1.5mm throughhole rather than a 3.0mm hole, should not be confused with it. For more information on this block, visit our test block store.

Geometry:Two optional slots at the zero point that offer calibrating signals at intervals of 100mm range, 100mm radius, 3.0mm and 50.0mm holes, engraved reference mark scales.

Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

30 FBH RESOLUTION REFERENCE BLOCK METRIC VERSION.Dimensions:L X W X T (280mm X 100 X 38mm ).
Description:used to produce area amplitude and distance amplitude plots for typical beam transducers, as well as to assess the resolution and sensitivity capabilities. conforming to
ASTM E428.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Cupro Nickel, Inconel etc.

ASME FMC (FULL MATRIX CAPTURE) CALIBRATION BLOCK, 0 TO 1.Dimensions:Thickness based on customer requirements.
Description:Block of calibration for Full Matrix Capture (FMC) and TFM (Total Focusing Method). Ultrasonic data are gathered using the FMC data gathering method. It is possible to store the signal matrix for subsequent processing. A signal processing algorithm called TFM uses FMC data to focus an ultrasound image at every spot, providing the best resolution all around. The approach is applicable to any ultrasonic application where characterization and size are crucial since it enables very accurate fault characterization. DAKS TOOLS For systems with FMC/TFM support, the FMC Calibration Block is utilised to establish the primary reference answers. Block has two side holes that are at least 1.5 deep and 3/32 in diameter. The holes, which span the midline of the block, are spaced apart, centerto-center, by twice their diameter. a hole through the wall.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

FMC (FULL MATRIX CAPTURE) CALIBRATION BLOCK, OVER 1 THRU 2.Dimensions:Thickness based on customer requirements.
Description:Block of calibration for Full Matrix Capture (FMC) and TFM (Total Focusing Method). Ultrasonic data are gathered using the FMC data gathering method. It is possible to store the signal matrix for subsequent processing. A signal processing algorithm called TFM uses FMC data to focus an ultrasound image at every spot, providing the best resolution all around. The approach is applicable to any ultrasonic application where characterization and size are crucial since it enables very accurate fault characterization. DAKS TOOLS For systems with FMC/TFM support, the FMC Calibration Block is utilised to establish the primary reference answers. Block has two side holes that are at least 1.5 deep and 1/8 in diameter. The holes, which span the midline of the block, are spaced apart, centerto-center, by twice their diameter. a hole through the wall.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

FMC (FULL MATRIX CAPTURE) CALIBRATION BLOCK, OVER 2 THRU 3".
Dimensions:Thickness based on customer requirements
Description:Block of calibration for Full Matrix Capture (FMC) and TFM (Total Focusing Method). Ultrasonic data are gathered using the FMC data gathering method. It is possible to store the signal matrix for subsequent processing. A signal processing algorithm called TFM uses FMC data to focus an ultrasound image at every spot, providing the best resolution all around. The approach is applicable to any ultrasonic application where characterization and size are crucial since it enables very accurate fault characterization.DAKS TOOLS For systems with FMC/TFM support, the FMCCalibration Block is utilised to establish the primary reference answers. Block has two side holes that are at least 1.5 deep and 3/16 in diameter. The holes, which span the midline of the block, are spaced apart, centerto-center, by twice their diameter. a hole through the wall.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

ASME SEC V BASIC CALIBRATION BLOCK 19MM.
Dimensions:L X W X T (110mm X 150mm X 19mm).
Description:The smooth scanning surfaces seen on the majority of general-purpose test blocks, such as the IIW or DSC, are not present on ASME Basic Calibration Blocks because they are not designed to be a perfect replica of actual components. Instead, all of the surfaces of our Basic Calibration Blocks are media blasted to produce a rough surface texture that is more reminiscent of actual inspection conditions. used to create the primary reference responses for UT weld inspection.
Geometry:consists of three side holes that are at least 1.5" deep and 3/32" in diameter. 1, 4, and 34T are the locations of the holes through the thickness. has two EDM notches that are 2%T deep, 1/4" at their widest point, and 1.0" at their shortest point. according to Fig. T-434.2.1 of ASME Sec. V Art. 4.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Cupro Nickel, Inconel etc.

ASME BASIC CALIBRATION BLOCK 3INCH.
Dimensions:L X W X T (230mm X 150mm X 75mm).
Description:used to create the primary reference responses for UT weld inspection.The smooth scanning surfaces seen on the majority of general-purpose test blocks, such as the IIW or DSC, are not present on ASME Basic Calibration Blocks because they are not designed to be a perfectreplica of actual components. Instead, all of the surfaces of our Basic Calibration Blocks are media blasted to produce a rough surface texture that is more reminiscent of actual inspection conditions.
Geometry:Block has three side holes that are at least 1.5" deep and 3/16" in diameter. 1, 4, and 34T are the locations of the holes through the thickness. has two EDM notches that are 2%T deep, 1/4" at their widest point, and 1.0" at their shortest point. according to Fig. T-434.2.1 of ASME Sec.V Art. 4.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

ASME SEC V BASIC CALIBRATION BLOCK 75MM.
Dimensions:L X W X T (300mm X 150mm X 38mm).
Description:Long variant for phased array or 60/70 transducers.The extra distance enables a complete skip to the"highest" notch. used to create the primary reference responses for UT weld inspection. The smooth scanningsurfaces seen on the majority of general-purpose test blocks, such as the IIW or DSC, are not present on ASME Basic Calibration Blocks because they are not designed to be a perfect replica of actual components. Instead, all of the surfaces of our Basic Calibration Blocks are media blasted to produce a rough surface texture that is more reminiscent of actual inspection conditions.
Geometry:Block has three side holes that are at least 1.5" deep and 1/8" in diameter. 1, 4, and 34T are the locations of the holes through the thickness. has two EDM notches that are 2%T deep, 1/4" at their widest point, and 1.0" at their shortest point. Fig. T-434.2.1 is in conformity with ASME Sec V Art. 4.
Material : Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel, Cupro Nickel, Inconel etc.

ASME BASIC CALIBRATION BLOCK 19.05MM LONG VERSION.
Dimensions:L X W X T (150mm X 150mm X 19.05mm).
Description:Special long variant for phased array or 60/70transducers. The extra distance enables a complete skip to the "highest" notch. used to create the primary reference responses for UT weld inspection. The smoothscanning surfaces seen on the majority of generalpurpose test blocks, such as the IIW or DSC, are not present on ASME Basic Calibration Blocks because they are not designed to be a perfect replica of actual components. Instead, all of the surfaces of our Basic Calibration Blocks are media blasted to produce a rough surface texture that is more reminiscent of actual inspection conditions.
Geometry:Block has three side holes that are at least 1.5" deep and 3/32" in diameter. 1, 4, and 34T are the locations of the holes through the thickness. has two EDM notches that are 2%T deep, 1/4" at their widest point, and 1.0" at their shortest point. according to Fig. T-434.2.1 of ASME Sec. V Art. 4.Size: 34" thick, 614" wide, and 6" long.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, AlloySteel, Cupro Nickel, Inconel etc.

PHASED ARRAY NON PIPING CALIBRATION BLOCK 75MM THICKNESSDimensions:L X W X T (400mm X 300mm X 75mm).
Description:PAUT-Phased Array Ultrasonic Testing calibration block (75mm Thick) ASME Sec V Art 4 Basic Calibration Block, yet spaces the holes out on a longer, narrower block. The block contains three holes at 3/16" diameter drilled through the 1.500" width, located at 1/4T, 1/2T, and 3/4T. It also contains two EDM notches at 2% deep x .010" wide x 1.500" long on opposite surfaces of one end.
Material : Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PHASED ARRAY NON PIPING CALIBRATION BLOCK 38MM THICKNESSDimensions:L X W X T (300mm X 250mm X 38mm).
Description:PAUT-Phased Array Ultrasonic Testing calibration block (38mm Thick) ASME Sec V Art 4 Basic Calibration Block, yet spaces the holes out on a longer, narrower block. The block contains three holes at 1/16" diameter drilled through the 1.500" width, located at 1/4T, 1/2T, and3/4T. It also contains two EDM notches at 2% deep x .010" wide x 1.500" long on opposite surfaces of one end.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PHASED ARRAY NON PIPING CALIBRATION BLOCK 19MM THICKNESSDimensions:L X W X T (250mm X 200mm X 19mm).
Description:PAUT-Phased Array Ultrasonic Testing calibration block (19mm Thick) ASME Sec V Art 4 Basic Calibration Block, yet spaces the holes out on a longer, narrower block. The block contains three holes at 3/32" diameter drilled through the 1.500" width, located at 1/4T, 1/2T, and 3/4T. It also contains two EDM notches at 2% deep x .010" wide x 1.500" long on opposite surfaces of one end.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

TIME OF FLIGHT DIFFRACTION (TOFD)Welding flaws can compromise the welded structures stability and integrity. When it comes to testing welds, Time of Flight Diffraction (TOFD), high-performance non-destructive testing (NDT) technique, provides accurate detection and sizing of cracks, slag, and lack of fusion in true wall direction, allowing you to access the vessels life. We will be with you throughout your testing project and will provide you with tailored solutions. Weld testing using the TOFD technique, data processing, and report preparation using the developed software are all part of our capabilities. We believe that using our TOFD inspection service will result in significant time savings throughout the life cycle of new construction and replacement projects. It is an excellent and widely accepted pre-service and in-service inspection tool that is recognized internationally, with defined codes, standards, and acceptance criteria available for its use.

3"PIPE TO NOZZLE 15MM UT FLAWED SPECIMENS (SET ON FULL PENETRATION)
Dimensions:Pipe to Flange Nozzle Joint with Weld length200 to 250mm and Thickness Range 15 to 20mm
Tolerance:+/- 2mm
Specimen:Pipe.
Flaws:3 per specimen, Randomly placed Specimen.
Documentation:NDT Verification Reports And CAD Drawingsand Test Sheets.
Material :Carbon steel

PAUT (PAUTCS)-PHASED ARRAY ULTRASONIC TESTINGSTANDARD CALIBRATION BLOCKS TYPE (AWS)
Dimensions:L X W X T (18 X 2 X 1).Description:Phased Array Ultrasonic Testing Calibration Standard(PAUTCS) includes Side drilled Holes of 0.060 diameterfor use with AWS specifications. Block is used forDAC/TCG for thicknesses up to 2, angle beamverification, probe angle exit point, calibration for wedgedelay, and sensitivity.
Geometry:The three radii (12.5mm, 25mm, and 50mm) enablecalculations for velocity, sound path, and exit pointverification.The 25mm-wide metric block has five 1.2mm-diameterholes spaced 2.5mm, 5.0mm, 10.0mm, 15.0mm, 20.0mm, 30.0mm, 35.0mm, 45.0mm, and 47.5mm apartfrom each scanning surface.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PAUT- ASME TYPE PIPING CALIBRATION BLOCK NDT PAUT CALIBRATION BLOCKDimensions:Pipe OD & Thickness based on customer requirements.
Description:These piping calibration blocks were created with Phased Array UT (PAUT). The DAKS TOOLS block design differs from the original ASME design in a number of ways, including the addition of extra axial and arc length, a different notch arrangement, and a 10 angled cut on one end for blocks exceeding 5 NPS. By making these adjustments, the back wall's undesirable noise is lessened when DAC/TCG calibrations are carried out using Phased Array UT equipment.A calibration block ought to be a piece of pipe with the same nominal dimensions, schedule, heat treatment, and material requirements as the object of the test. For the machining of these standards, we keep a considerable stockpile of raw materials, while we can also use materials that the customer supplies. The Phased Array Pipe Calibration Block has four EDM notches, two of which are axial and two of which are circumferential on both the OD and ID. The notches are 8-11% of the nominal wall thickness deep, 1/4" wide at their widest point (the majority of them are between.030" and.040"), and 1.000" long at their shortest point. While blocks larger than 5" NPS are cut to a 180/120/90/60 arc section, blocks smaller than 5" NPS are left at 360. (depending on nominal pipe size). Every block has an axial length of at least 12" or 10T, whichever is greater.Made with a PAUT modification in compliance with ASME Section V Article 4 Figure T-43.3.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PHASED ARRAY UT NAVSHIPS TEST BLOCKDescription:The Phased Array Navship Test Block is used to determine sensitivity levels, fault depth, and distance amplitude correction.
Geometry:Four (4) 1/16" (.0625) in diameter angled holes at 30, 45, 60, and 75. 18 holes on a 1" radius, each.040" in diameter. The last two holes in the array are separatedby 2.5 and have an angular spacing of 5.0. 18 holes on a 2" radius, each measuring 5/64" (.0781) in diameter.The last two holes in the array are separated by 2.5 and have an angular spacing of 5.0. 16 holes on a vertical column, each.040" in diameter and spaced.120" apart. 12 holes in an angled row, each measuring 1/16" (.0625) in diameter and spaced.200" apart. a centerline tick mark that has been machine-engraved.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

CONTOURED BOILER TUBE CALIBRATION BLOCKDimensions:L X W X T (25X20X165mm).
Description:Contoured Boiler Tube Calibration Block (BTB) - boiler tube block with 3 x 1.5mm dia SDH and contoured for 1.9" OD (1.5" NPS) (various contours available, including 2" / 2.5" / 3" / 3.5" / 4" NPS - for calibrating low profile PA probes for use with Bracelet scanner).
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PAUT (PAUTCS)-PHASED ARRAY ULTRASONIC TESTING STANDARD CALIBRATION BLOCKS
Dimension:L X W X T (450mm X 50mm X 25mm).
Description:Phased Array Ultrasonic Testing Calibration Standard Blocks are utilized for DAC/TCG for thicknesses up to 50mm, DAC/TCG calibration for wedge delay, probe angle exit points, and angle beam verification.
Geometry:The three radii (12.5mm, 25mm, and 50mm) enable calculations for velocity, sound path, and exit point verification. The 25mm-wide metric block has five 1.2mm-diameter holes spaced 2.5mm, 5.0mm, 10.0mm, 15.0mm, 20.0mm, 30.0mm, 35.0mm, 45.0mm, and 47.5mm apart from each scanning surface.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PAUT ISO 19675 CALIBRATION BLOCK
Dimensions:L X W X T (300mm X 100mm X 25mm).
Description:An international group of NDT professionals created thePAUT IIW Block in line with ISO 19675 with the specificgoal of developing a widely recognized, standardizedblock for Phased Array Ultrasonic Testing Calibrations.There were no international standards outlining aparticular block for calibrating PAUT systems prior to thecreation of this specification.
Geometry:25 x 100 x 300 mm (1" Thick x 4" Width x 12" Length), with radii of 4" (100mm) and 2" (50mm).
Material :Carbon Steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

ASTM E2491 PAUT ASSESSMENT BLOCK
Dimensions:L X W X T (150mm X 100mm X 25mm).
Description:A general-purpose Phased Array calibration block calledthe ASTM E2491 Phased Array Assessment Block is usedto describe beams and assess system performancetraits. Utilize it as a baseline to assess linear/angularresolution, focusing ability, and beam steeringcapabilities, as well as long-term instrumentperformance changes.
Geometry:Four (4) 1/16" (.0625) in diameter angled holes at 30, 45, 60, and 75. 18 holes on a 1" radius, each.040" indiameter. The last two holes in the array are separatedby 2.5 and have an angular spacing of 5.0. 18 holes ona 2" radius, each measuring 5/64" (.0781) in diameter.The last two holes in the array are separated by 2.5 andhave an angular spacing of 5.0. 16 holes on a verticalcolumn, each.040" in diameter and spaced.120" apart.12 holes in an angled row, each measuring 1/16" (.0625)in diameter and spaced.200" apart. a centerline tickmark that has been machine-engraved.
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

PHASED ARRAY UT IIW-TYPE A BLOCK
Dimensions:L X W X T (300mm X 100mm X 25mm).

Description:A phased array ultrasonic unit's initial setup andcalibration employ a phased array "Type A" calibrationblock. This block may be used to carry out operationsincluding beam angle verification, wedge delaycalibration, sensitivity calibration, carrying out DAC/TCG, and more. Similar in size to an IIW-Type Block, this blockwas specifically designed for phased array applications.
Geometry:19 through holes measuring 0.040" in diameter, 1through hole measuring 0.080", and 4 FBHs measuring0.080" diameter by 0.080", 0.160", 0.235", and 0.315"depth. The radii are 4.000" and 2.000".4 FBHs measuring 0.157" in diameter by 0.040", 0.120", 0.200, " and 0.275" in depth.Machined into the 2.000" radius are 3 FBHs with a0.080" diameter and 0.120" depth.4 EDM notches measuring 0.004", 0.008", 0.012", and0.016" deep, 0.020", and 1.00".
Material :Carbon steel, Stainless Steel, Titanium, Aluminum, Alloy Steel.

DAKS TOOLS NDT Standard Flawed Specimens Set - (RTFI)

Total Number Of Specimen:[10] - 6 Plates, 2 Tee, 2 Pipe 25Randomly Placed Discontinuities Flaws.

Kit contents :(6) Plates @ 6mm T (2) Tee @ 6mm T, (2) Pipe @ 100mm OD.

Specimen:Plate, Pipe, Tee Joint.

Flaws:2 to 3 each specimen.

Documentation:NDT Verification Reports And CADDrawings and Test Sheets.

NDT STANDARD FLAWED SPECIMENS KIT ( MAGNETIC PARTICLE )

Total Number Of Specimen:[10] - 6 Plates, 2 Tee, 2 Pipe, 25 Random Placed Discontinuities Flaws.

Kit contents :(6) Plates @ 6mm T, (2) Tee @ 6mm T(2) Pipe @ 100mm OD.

Specimen:Plate, Pipe, Tee Joint

Flaws:2 to 3 each specimen

Documentation:Document Includes CAD Drawings, TestSheets & Radiographs Film Set.

Material :Carbon steel.

NDT STANDARD FLAWED SPECIMENS SET (RTFI)
Total Number Of Specimen:[10] 7 Plates, 1 Tee, 2 Pipe.

Kit contents :(4) Plates @ 9mm T, (3) Plates @ 15mmT, (1) Tee @ 9mm T, (2) Pipe @ 100mmSch80 (8mm wall)(2) Pipe @ 100mm OD.
Specimen:Plate, Pipe, Tee Joint.

Flaws:2 to 3 each specimen.
Documentation:Document Includes CAD Drawings, TestSheets & Radiographs Film Set.
Material :Carbon steel.

3" PIPE TO NOZZLE 15MM UT FLAWED SPECIMENS (SET ON PARTIAL PENETRATION JOINT)

Dimensions:Pipe to Flange Nozzle Joint with Weld length200 to 250mm and Thickness Range 15 to 20mm.

Tolerance:+/- 2mm.

Specimen:Pipe.

Flaws:3 per specimen, Randomly placed Specimen.

Documentation:NDT Verification Reports And CAD Drawingsand Test Sheets.

Material :Carbon steel.

NDT STANDARD FLAWED SPECIMENS KIT (ULTRASONIC TESTING)
Total Number Of Specimen:[10] - 8 Plates, 1 Pipe and 1 Tee 25Randomly Placed Discontinuities Flaws.
Kit contents :(4) Plates @ 9mm T (4) Plates @ 15mmT (1) Tee @ 9mm T (1) Pipe @ 100mmSch80 (8mm wall).
Specimen:Plate, Pipe, Tee Joint.
Flaws:2 to 3 each specimen.
Documentation:UT Verification Reports And CADDrawings and Test Sheets.
Material :Carbon steel.

NDT STANDARD FLAWED SPECIMENS KIT (LIQUID PENETRANT)

Total Number Of Specimen:[10] - 6 Plates, 2 Tee, 2 Pipe, 25Randomly Placed Discontinuities Flaws.
Kit contents :(6) Plates @ 6mm T, (2) Tee @ 6mm T(2) Pipe @ 100mm OD
Specimen:Plate, Pipe, Tee Joint
Flaws:2 to 3 each specimen
Documentation:NDT Verification Reports And CADDrawings and Test Sheets
Material :Carbon steel

NDT STANDARD FLAWED SPECIMENS KIT (RADIOGRAPHIC TESTING)
Total Number Of Specimen:[10] 8 Plates, 1 Tee, 1Pipe. 25 RandomlyPlaced Discontinuities Flaws. .
Kit contents :(5) Plates @ 9mm T (3) Plates @ 15mmT (1) Tee @ 9mm T (1) Pipe @ 100mmSch80 (8mm wall).
Specimen:Plate, Pipe, Tee Joint.
Flaws:2 to 3 each specimen.
Documentation:NDT Verification Reports And CADDrawings and Test Sheets.
Material :Carbon steel.

NDT STANDARD FLAWED SPECIMENS KIT ( EDDY CURRENT TESTING)
Total Number Of Specimen:[5] - 1 Plates, 1 Tee, 1 Pipe 1 CruciformType Joint, 1 Semi Cruciform Type Joint25 Randomly Placed DiscontinuitiesFlaws.
Specimen:Plate, Pipe, Tee Joint.
Flaws:2 to 3 each specimen.
Documentation:NDT Verification Reports And CADDrawings and Test Sheets.
Material :Carbon steel.

NDT STANDARD FLAWED SPECIMENS KIT (VISUAL TESTING)
Total Number Of Specimen:[10] - 6 Plates, 2 Tee, 2 Pipe 25Randomly Placed Discontinuities Flaws
Kit contents :(6) Plates @ 6mm T, (2) Tee @ 6mm T, (2) Pipe @100mm OD.
Specimen:Plate, Pipe, Tee Joint.
Flaws:2 to 3 each specimen.
Documentation:NDT Verification Reports And CADDrawings and Test Sheets.
Material :Carbon steel.

25mm dv plate to plate ut flawed specimens
dimensions:plate to plate double v butt weld 300mmlong and 150mm wide on either side of theweld thickness 25mm
tolerance:+/- 2mm
specimen:plate
flaws:3 per specimen, randomly placed specimen
documentation:ndt verification reports and cad drawingsand test sheets.
material :carbon steel

T JOINT 6MM PLATE TO PLATE MT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Plate to Plate T Joint With 6mm Thick plate, 250mm Long & 150mm base and 100mm Wide T.
Tolerance:+/- 2mm
Specimen:Pipe
Flaws:3 per specimen, Randomly placed Including One parent metal flaw.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

6MM PLATE TO PLATE VT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Plate to Plate Butt Joint with 6mm Thick plate, 250mm Long and 75mm Wide on Either Side of The Weld.
Tolerance:+/- 2mm
Specimen:Plate
Flaws:3 per specimen, Randomly placed Including One parent metal flaw.
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel

6 PIPE TO PIPE UT FLAWED SPECIMENS
Dimensions:Pipe to Pipe Butt Weld Joint with Pipe152mm Dia. And 150mm Wide on Either Side of The Weld thickness 20mm.
Tolerance:+/- 2mm
Specimen:Pipe
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel

25MM SV PLATE TO PLATE UT FLAWED SPECIMENS
Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld thickness 25mm.
Tolerance:+/- 2mm
Specimen:Plate
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel

20MM SINGLE 'V' PLATE TO PLATE ADVANCED UT FLAWED SPECIMENS
Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld thickness 20mm.Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material:Carbon steel

4 PIPE TO PIPE MT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Pipe To Pipe Butt joint 100mm Dia. And 6 to 8mm WT with 100mm Long Pipe on either Side of the weld.
Tolerance:+/- 2mm
Specimen:Plate
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.
Material:Carbon steel

TUBULAR NODES 12MM 45 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Tubular Nodes Dihedral Angle 45 Main Pipe Segment 20 Dia. 20 to 25 mm WT & Branch152 Dia. And 10 mmTolerance:+/- 2mmSpecimen:Tubular Nodes
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

4 PIPE TO PIPE VT FLAWED SPECIMENS
Dimensions:Pipe To Pipe Butt joint 100mm Dia. And 6mm to 8mm WT with 100mm Long Pipe on either Side of the weld.Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.Material:Carbon steel

PAUT AND TOFD PIPE BUTT WELD JOINT 10" DIA FLAWED SPECIMEN

Dimensions:Pipe to Pipe Butt Weld Joint with Pipe 254 mm Dia. And 200 mm Wide On Either Side Of The Weld Thickness Range >20mm to 30mm.
Tolerance:+/- 2mm

Specimen:Pipe

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

PAUT AND TOFD PIPE BUTT WELD JOINT 16" DIA FLAWED SPECIMENS.

Dimensions:Pipe to Pipe Butt Weld Joint with Pipe 406 mm Dia. And 250 mm Wide On Either Side Of The Weld Thickness Range >30mm to 50mm.
Tolerance:+/- 2mm

Specimen:Pipe

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

6MM PLATE TO PLATE MT FLAWED SPECIMENS.
Dimensions:Plate to Plate Butt Joint with 6mm Thick plate, 250mm Long and 75mm Wide on Either Side of The Weld Including One parent metal flaw.

Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

t joint 6mm plate to plate vt flawed specimens
dimensions:plate to plate t joint with 6mm thick plate, 250mm long & 150mm base and 100mm wide t including one parent metal flaw.

tolerance:+/- 2mm

specimen:plate

flaws:3 per specimen, randomly placed specimen

documentation:ndt verification reports and cad drawings and test sheets rt report.

material:carbon steel

15MM SV PLATE TO PLATE RT FLAWED SPECIMENS
Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld thickness 15mm.

Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.

Material:Carbon steel

20MM DV PLATE TO PLATE RT FLAWED SPECIMENS

Dimensions:Plate to Plate Double V Butt Weld 300mm Long and 150 mm Wide on Either Side of The Weld thickness 20mm.
Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.

Material:Carbon steel

20MM SV PLATE TO PLATE RT FLAWED SPECIMENS

Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld and Plate thickness 20mm.
Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.Material:Carbon steel

25MM SV PLATE TO PLATE RT FLAWED SPECIMENS
Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld and Plate thickness 25mm.

Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.

Material:Carbon steel

4 15MM SV BUT JOINT PIPE TO PIPE RT FLAWED SPECIMENS
Dimensions:Pipe to Pipe Butt Weld Joint with Pipe 100mm Dia. And 150mm Wide on Either Side of The Weld thickness 15mm
Tolerance:+/- 2mm

Specimen:Pipe

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.

Material:Carbon steel

3 12MM SV BUT JOINT PIPE TO PIPE RT FLAWED SPECIMENS

Dimensions:Plate to Plate Single V Butt Weld 300mm Long and 150mm Wide on Either Side of The Weld and Plate thickness 20mm.
Tolerance:+/- 2mm
Specimen:Pipe
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets RT Report.
Material:Carbon steel

PAUT AND TOFD PLATE DOUBLE V ASYMMETRICAL 1/3+2/3 THK FLAWED SPECIMENS

Dimensions:Plate to Plate Double V Butt Weld 400mm Long And 200mm Wide On Either Side Of The Weld Thickness Range > 20mm to 30mm ASYMMETRICAL 1/3+2/3 Thickness.
Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material:Carbon steel

PHASED ARRAY AND TOFD PLATE DOUBLE V FLAWED SPECIMENS

Dimensions:Plate to Plate Double V Butt Weld 400mm Long And 200mm Wide On Either Side Of The Weld Thickness Range > 20mm to 30mm.
Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

PAUT AND TOFD PLATE TO PLATE SINGLE V FLAWED SPECIMENS

Dimensions:Plate to Plate Single V Butt Weld 500mm Long and 250 mm Wide on Either Side of The Weld and Plate thickness Range > 30mm to 50mm.
Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material:Carbon steel

PAUT AND TOFD PLATE TO PLATE DOUBLE V FLAWED SPECIMENS

Dimensions:Plate to Plate Double V Butt Weld 500mm Long and 250 mm Wide on Either Side of The Weld Thickness Range >30 mm to 50mm.
Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

PAUT AND TOFD PLATE TO PLATE SINGLE V ASYMMETRICAL 1/3+2/3 THK FLAWED SPECIMENS

Dimensions:Plate to Plate Double V Butt Weld 500mm Long And 250 mm Wide On Either Side of the Weld Thickness range >30 mm to 50mm ASYMMETRICAL1/3+2/3 Thickness.
Tolerance:+/- 2mmSpecimen:PlateFlaws:3 per specimen, Randomly placed SpecimenDocumentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material:Carbon steel

6MM PLATE TO PLATE PT FLAWED SPECIMENS

Dimensions:Plate to Plate Butt Joint with 6 mm Thick plate, 250 mm Long and 75 mm Wide on Either Side of The Weld Including One parent metal flaw.

Tolerance:+/- 2mm

Specimen:Plate

Flaws:3 per specimen, Randomly placed Specimen

Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.

Material:Carbon steel

TUBULAR NODES 15MM 40 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Tubular Nodes Dihedral Angle 40 Main Pipe Segment 500mm Dia. 20 to 25 mm WT & Branch 200 Dia. And 12 mm.

Tolerance:+/- 2mm
Specimen:Tubular Nodes
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

10 Step Calibration Block
Inch Version:
3/4" Square Steps At Thicknesses Of 0.100" to 1.000" In .100" Increments
Inch Step Face: 3/4" x 3/4"

TUBULAR NODES 15MM 70 UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Tubular Nodes Dihedral Angle 70 Main Pipe Segment 500mm Dia. 20 to 25 mm WT & Branch 200mm Dia. And 15mm.
Tolerance:+/- 2mm
Specimen:Tubular Nodes
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

Corrosion, Erosion, Pipe OD 6 inch Thickness 20 mm Carbon Steel.
Dimensions:OD 6 With Length 300mm Thickness 20mm.Tolerance:+/- 2mmSpecimen:PipeFlaws:Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained.Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material :Carbon steelStainless Steel

Corrosion, Erosion, Pipe OD 6 inch Thickness 20 mm Carbon Steel.
Dimensions:OD 4 With Length 300mm Thickness 12mm.Tolerance:+/- 2mmSpecimen:PipeFlaws:Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained.Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material :Carbon steelStainless Steel

Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Dimensions: Length 300mm X Width 200mm Thickness 15mm Carbon Steel Corrosion/Erosion Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained Corrosions/Erosions Recorded Depth Of The Corrosion Indications Will Be Based On The Deepest Spot Within The Field Of Corrosion. The Host Side Of The Plate Will Be Covered With A Removable Cover Plate.

TUBULAR NODES 15MM 60Deg UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Tubular Nodes Dihedral Angle 60 Main PipeSegment 500mm Dia. 20 to 25 mm WT &Branch 200 Dia. And 15mm.
Tolerance:+/- 2mm
Specimen:Tubular Nodes
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

Total Number Of Specimen:[6] - 3 Plates, 2 Pipe and 1 Tee.
Kit Contents :6 specimens MT (1) Tee @6mmT x 100mm x 200mm x 100mm, VT (1) Plate @ 6mmT x 100 x 200, PT (1) Plate @6mm x 100mm x 200mm, UT (1) Plate @ 15mmT x 100mm x 200mm, RT (1) Pipe 100mm Sch80 (8mm wall) x 200mm, PT (1) Pipe 100mm Sch80 (8mm wall) x 200mm.
Specimens:Plate, Pipe, Tee Joint
Flaws:2 to 3 each specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material :

• Carbon steel
• Stainless Steel

T JOINT 15MM SV UT FLAWED SPECIMENS (AS PER BINDT PCN CLASSIFICATION SPECIMENS)
Dimensions:Plate to Plate T Joint Single V Butt Weld with 300 mm Long and 200 mm Wide base and 150mm Wide t Plate in the Thickness Range of 12 mm to 15 mm.
Tolerance:+/- 2mm
Specimen:Tee Joint
Flaws:3 per specimen, Randomly placed Specimen
Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.
Material:Carbon steel.

Ultrasonic TestingCorrosion, Erosion, Plate Thickness 25MM
Dimensions:Length 300mm X Width 200mm Thickness 25mmTolerance:+/- 2mmSpecimen:PlateFlaws:Defects Were Placed Randomly On The Specimens. Some Of Specimens Will Have Naturally Obtained.Documentation:NDT Verification Reports And CAD Drawings and Test Sheets.Material:Carbon steelStainless Steel

Tubular Nodes 12mm 30deg UT Flawed Specimens ( As per BINDT PCN Classification Specimens ) Dimensions : Tubular Nodes Dihedral Angle 30deg Main Pipe Segment 508mm Dia. 20 to 25 mm WT & Branch 152mm Dia. And 12 mm WT (Carbon Steel) Material : Carbon Steel Flaws : 3 per specimen, Randomly placed Specimen Tolerance: +/- 2mm Documentation: NDT Verification Reports And CAD Drawings and Test Sheets.

For Thickness And Linearity Calibration Of Curved Surfaces
Metric Version:
This Metric Curved 5 Step Block Is Machined From A Solid 50.8mm Diameter Bar With Step Thicknesses of 2.5mm, 5.0mm, 7.5mm, 10.0mm and 12.5mm. ID Radius Is A Constant 12.7mm / 25.4mm Diameter.
Metric Block Curvature:
12.5mm Step Has A 25.2mm Radius, 10.0mm Step Has A 22.7mm Radius, 7.5mm Step Has A 20.2mm Radius, 5.0mm Step Has A 17.7 Radius, 2.5mm Step Has A 15.2mm Radius. Metric Step Face: 25mm x 90 arc.

Used For Determining Resolution And Sensitivity Capabilities And For Producing Area Amplitude And Distance Amplitude Plots For Normal Beam Transducers. In Accordance With ASTM E428.
Metric Version
38mm x 100mm x 280mm
1.2mm, 2.0mm, 3.2mm FBH Diameters
Made From 1018 Steel (Metric Version).

Hardness testing makes it possible to determine material characteristics such as strength, ductility and wear resistance. It also shows whether the heat treatment process has been carried outproperly. These propertiescan be critical for the intended application of a material.

Hardness tests are typically performed by pressing a specifically dimensioned object (indenter) into the surface of the material. The hardness is determined by measuring the depth of indenter penetration or by measuring the size of the impression left by the indenter.

Based on the used method, the measured hardness is expressed in Rockwell (HRC), Vickers (HV) or Brinell (HBW) values. If required, the test result can be translated to another scale using conversion tables. Hardness tests can be carried out on location using portable equipment

Portable Hardness Testing (HT) is a non-destructive testing method utilized to obtain the hardness value of a material. ALPHA SONIX NDT uses the latest GE Portable Hardness Testing Technology to provide clients the information they require about the materials they are utilizing. ALPHA SONIX NDT also employs full time metallurgists within our mechanical testing facility.

ALPHA SONIX NDT APPLIES HT TO INSPECT

Ferrous and non-ferrous metals and alloys, and select non-metallic materials

Welds and weld overlays, weld heat affected zones (HAZs), castings and forgings, piping, stress relieved material, machined parts, pressure vessels, and structural steel

Damaged materials as part of a failure analysis

Welds and to verify material compliance to:

ASME Section IX

NACE MR0175/ISO 15156 requirements

ADVANTAGES

Fast results and reporting to the client

Field Ready

Highly portable tools can be used in most locations

Dimensions:L X W X T (3.75 X 1 X 0.10, 0.50)

Description:For calibrating the thickness and linearity of curved Surfaces.Square Version: This 90 Curved 5-Step block has step thicknesses of.100", .200", .300", .400", and.500 and is made from a solid 2" diameter bar. The ID radius is fixed at.50" / 1.00".Inch Block Curvature: 0.500" step has a radius of 1.0", 0.400" step has a radius of 0.9", 0.300" step has a radius of 0.8", 0.200" step has a radius of 0.7", and 0.100" step has a radius of 0.6".

5 STEP UT CALIBRATION BLOCK METRIC VERSION
Dimensions:L X W X T (100mm X 20mm X 2mm, 2.5mm, 5mm)
Description:Metric Version of the 5 Step UT Calibration Block for Thickness and Linearity. The Measure Steps in the 10 Step Calibration Block range from below measurement variants.Step Range Variants:1. Steps starting from 2 10mm with 2mm incrementson each step.2. Steps starting from 2.5 12.5mm with 2.5mmincrements on each step.3. Steps starting from 5 25mm with 5mm incrementson each step.4. Customized sizes also available,

Material:

• Carbon steel

• Stainless Steel
• Titanium
• Aluminum
• Alloy Steel
• Cupro Nickel

Inconel etc

4 STEP UT CALIBRATION BLOCK INCH VERSION
Dimensions:L X W X T (3 X X 0.25, 0.50)
Description:Metric Version of the 4 Step UT Calibration Block for Thickness and Linearity. The Measure Steps in the 4 Step Calibration Block range from below measurement variants.Step Range Variants:1. Steps starting from 0.25 1 with 0.25 incrementson each step.2. Steps starting from 0.50 2.0 with 0.50increments on each step.3. Customized sizes also available,
Material:

• Carbon steel
• Stainless Steel
• Titanium
• Aluminum
• Alloy Steel
• Cupro Nickel
• Inconel etc

10 STEP UT CALIBRATION BLOCK METRIC VERSIONDimensions:L X W X T (200mm X 20mm X 1mm, 2mm, 2.5mm)
Description:Metric Version of the 10 Step UT Calibration Block forThickness and Linearity. The Measure Steps in the 10Step Calibration Block range from below measurementvariants.Step Range Variants:1. Steps starting from 1 10mm with 1mm incrementson each step.2. Steps starting from 2 20mm with 2mm incrementson each step.3. Steps starting from 2.5 25mm with 2.5mmincrements on each step.4. Customized sizes also available, Contact sales@dakstools.com
Material:

• Carbon steel
• Stainless Steel
• Titanium
• Aluminum
• Alloy Steel
• Cupro Nickel
• Inconel etc

The oil and gas, as well as the petrochemical industries, are under constant pressure to decrease risks and enhance safety and environmental challenges. Owners continue to make ongoing efforts to minimise production costs and improve maintenance procedures.In the hydrocarbon and chemical process sectors, as well as offshore pressure systems, the ALPHA SONIX team has extensive expertise designing risk-based inspection (RBI) procedures on fixed equipment and pipelines. These programmes are based on API RP 580, API RP 581, DNV-RP-G101, and best engineering practises and client specifications, as well as API RP 580, API RP 581, and DNV-RP-G101. Software and technology implementation are used to supplement the programmes.
WHAT IS RISK-BASED INSPECTION (RBI) AND HOW DOES IT WORK?Risk-Based Inspection (RBI) is an analysis methodology and process that, unlike condition-based inspection, necessitates a qualitative or quantitative assessment of the probability of failure (PoF) and consequence of failure (CoF) associated with each equipment item in a process unit, including piping circuits. Individual pieces of equipment are categorised by their hazards in a fully implemented RBI programme, and inspection activities are prioritised according on this category. A proper inspection and maintenance programme is then designed based on an estimate of the possibility and implications of failure associated with each piece of equipment, component, or structure.
WHAT IS THE IMPORTANCE OF RISK-BASED INSPECTION AND MAINTENANCE?RBI is used to detect and comprehend risk, risk drivers, and the lifecycle of equipment. RBI can determine whether an inspection is required; however, this requires additional data that is highly targeted in order to reduce the underlying uncertainties connected with the hazards associated with the equipment's existing and expected damage status. When an inspection will not improve knowledge of the damage situation, RBI should not be used to recommend it. RBI should highlight to alternate risk mitigation measures such as replacement, repair, or other activities that satisfy the risk criteria in those circumstances where PoF is driving the risk.
RBI is critical for maximising the efficiency of industrial plants in a variety of industries. It enables you to meet the industry's financial, dependability, and regulatory requirements by enhancing the performance, availability, and safety of your facility. It establishes a long-term testing and inspection programme, which extends the life of your plant.

Residual/Remaining Life Assessment (RLA) & Condition Assessments of Boilers
Considering the operational conditions to which the equipment is subjected, determining the remaining life of an asset necessitates a thorough understanding of the degradation mechanisms and their progression.
RLA assessments are performed by ALPHA SONIX in the most difficult markets. ALPHA SONIX uses advanced analytical and simulation techniques in addition to its multidisciplinary in-house team to give accurate results and superior value to the decision-making process.
Many businesses and power plants have the challenge of predicting the remaining operational life of plant equipment that has been in use for many years. The issue is particularly acute for businesses with plants that have been in operation for 15 to 25 years or longer.In the maintenance decision-making process, reliability data analysis is critical. The ability to accurately estimate the remaining life of equipment and system components can be a valuable asset when planning preventative maintenance. To achieve high operational availability and maintenance stability in order to extend the life of equipment.

BOILER AND ITS COMPONENTS CONDITION EVALUATION

RLA is a method/test for inspecting and testing boilers and heaters that have been in use for a long time. RLA is a maintenance tool that can be used to predict and avoid problems before they occur.

Using both non-destructive and destructive procedures, condition assessment is carried out to determine the current status of component property degradation. Condition evaluation is critical for keeping facilities running smoothly and meeting increasingly demanding environmental laws, planned outages, adequate maintenance, and data collecting in new and old plants alike. Rather of being a one-time event, it is a continuous process.

Approach to Determining How Much Time Is Left In My Life

1. Determining the true process of degradation High Cycle Fatigue Low Cycle Fatigue Thermal Fatigue Thermo Mechanical Fatigue Thermal Aging Wear Creep Embitterment Corrosion

2. Physical Property Visual Inspection

3. Nondestructive testing (NDT) that includes in-situ metallography, ultrasonic testing, magnetic particle inspection, DP testing, and ferrite measurement.

4. Stress analysis: To determine the material's strength and check for ruptures.

5. Non-Destructive Testing (NDT): To determine the component's integrity.

6. Laboratory testing: To provide useful information regarding the material's structural integrity.

7. Equipment fitness assessment: based on data provided.
8. Maintenance Suggestions: If necessary, equipment repair is recommended to extend its life.
9. Remaining Life Judgment Based on Analysis: Estimates for remaining life are made. In addition, periodic inspection processes are written out to keep track of the equipment's health while it's in use.

Our services include fresh & hardened concrete mortar and screed tests.

• Concrete strengths
  • Cube strength
  • Coring
  • Rebound hammer
• Tensile & Flexural strength
• Mix designs and Trial mixes
• Durability
• Water penetration
• Forced load deflection
• Shrinkage
• Heat of hydration (thermal cracking)
• In-situ load testing
• Temperature match curing
• Screed compliance testing
• Carbonation
• Elastic Modulus
• Creep

Rebound hammer testis conducted to find out the compressive strength of concrete by using rebound hammer. The rebound of an elastic mass depends upon the hardness of the surface when it strikes.

When the plunger ofrebound hammer testis pressed against the surface of the concrete, the mass rebounds and the extent of such a rebound depends upon the surface hardness of the concrete.

The spring-loaded hammer must travel with a consistent and reproducible velocity. The rebound distance of the steel hammer from the steel plunger is measured on a linear scale attached to the frame of the instrument.

The tests can be performed in horizontal, vertically upward, vertically downward or any intermediate angled positions in relation to the surface. The devices are furnished with correlation curves by the manufacturer.

ASTM C805 now states that these references to the relationship between the rebound hammer and compressive strength provided by the manufacturer shall be used only to provide indications of relative concrete strength at different locations in a structure.

To obtain greater accuracy of test results, it is recommended that the user develops a correlation for the device on each concrete mixture design to be tested and at the intended test angle.

Procedure to extract the appropriate result:

Prior to the test, therebound hammershould be tested against the anvil to get reliable results for which the manufacturer of the rebound hammer.indicates the range of readings on the anvil, suitable for different types of rebound hammer.

On applying light pressure on the plunger, it will release it from the locked position and allow it to extend to the ready position for the test.

Press the plunger to the surface of the concrete, the instrument being used perpendicular to the test surface. Apply a gradual increase in pressure until the hammer impacts.

Take an average of about 15 readings.

A fast and non-destructive testing (NDT) method for verifying the chemical composition of metals and alloys. PMI can be used to verify that supplied materials conform to the proper standards and specifications.

MAGNETIC FLUX LEAKAGE (MFL)

This method provides the detection of corrosion, pitting, and erosion of pipes.

Magnetic flux leakage(MFL) is an NDT method that is used to detect corrosion, pitting, or erosion in steel structures like pipes, floors, storage tanks. These can lead to loss of product and damage equipment hence it becomes necessary to inspect such parts to prevent the occurrence of such problems.

MFL provides high-speed and reliable inspection of steel structures. Our highly qualified inspectors have gained years of experience in inspection and mapping structures. We use highly advanced MFL instruments to carry out inspection.
This method uses permanent magnets or electromagnets to magnetize the part up to the saturation point and changes in the magnetic field are recorded. If there are any discontinuities the magnetic field leaks and then this leakage is analyzed to determine the location and nature of the defect both near the surface and far away.
A map can be created using the data recorded which in turn helps in proper remedial action to be taken and for future planning and scheduling.

Alpha Sonix is committed to providing Total Quality Assurance and ensuring inspections meet deadlines, standards, and are carried out safely and efficiently. While the schedule of maintenance is coordinated in such a way that minimizes disruption in business occurs while providing an optimum level of inspection within minimum possible time.

Being a prominent firm in this domain, we are engaged in offeringRadiography Testing Services.Offered service is performed under the strict supervision of our experts using optimum grade tools and latest technology. Our professionals perform this service as per the requirements of our clients. Moreover, this service can be availed by our clients at most reasonable price.

Near Field Array (NFA) tube testing is an electromagnetic testing method for detecting discontinuities on the internal surface of fin-fan type tubes and ferromagnetic (Carbon steel) heat exchanger tubes.
NFA Near field Array testing uses an array of coils (up to 30 coils) that activate in sequences, similar to ECA Eddy current array testing. Unlike traditional Eddy current testing, which only uses a bobbin coil, NFA Near field Array testing includes tangential coils that help gather detailed data and discontinuities in all directions.The most efficient test method for examining Aluminum finned carbon steel tubes is NFA Near field Array tube testing. Because the external aluminium fins interfere with the quality of the signals acquired, aluminium finned carbon steel tubes are the most difficult to check. Internal pitting, internal cracks at the tubesheet, internal erosion, and the resulting wall loss can all be detected with NFA Near field Array tube testing, which can also discriminate the location and size of discontinuities.For signal analysis and reporting,
This NFA method is:
Fast, Accurate, Traceable, and Archivablea digital paper trail
LMATS employs Eddyfi's Magnifi software. The software allows NFA Near field Array tube testing data to be shown and reported in 2D and 3D 'C' scan formats, which can help asset owners make informed decisions based on the accurate position and precision of the discontinuity.

Ideal Applications:

• Most ideal for efficient and reliable inspection of Aluminum finned tubes and ferromagnetic heat exchangers
• NFA Near field Array tube testing is ideal for inspecting tubes in the range of 19.05mm to 38.10mm diameter
• NFA Near field Array tube testing is ideal for detecting internal diameter discontinuities such as pitting, cracks at tube sheet, erosion and wall loss on finned heat exchanger ferromagnetic tubes.

• Advantages:

  • NFA Near field Array tube testing can provide 2D and 3D C scan images to assist the asset owner to locate exact location of the discontinuity and its precise size
  • NFA Near field Array tube testing can precisely measure volumetric discontinuities of approximately 3mm in a single pass
  • NFA Near field Array tube testing can detect both axial and circumferential cracks
  • NFA Near field Array tube testing can be performed comfortably at 6meters per minutes enabling to reduce downtime of the heat exchanger maintenance
  • NFA Near field Array tube testing does not use magnets and hence the pull speed does not affect the sensitivity s compared to MFL -Magnetic flux leakage technique
  • NFA Near field Array tube testing does not use water (Unlike IRIS Internal Rotary Inspection System) and hence post cleaning and drying is not required minimizing the risk of water contamination pitting.