MYQ ENGINEERING PVT.LTD

Geeta Colony, Delhi

My Q Micro Controller Based Digital Twist Tester , has been designed specially to measure the TPM (Twist per meter) or TPI (Twist per inch) of the twisted yarn. This model is a motor driven fully automatic instrument with auto stop facility for motor with built in sensor.

The instrument has facility of both untwist or untwist/twist method for measurement of TPM of twisted yarn. 16 –character LCD display unit gives TPM/TPI values with S or Z type of twist.

Specifications

• Yarn Test Length : 50 mm to 500 mm adjustable (metric unit) or 2” to 200” adjustable (imperial unit.) test length adjustment is by slider mechanism &feeding set length on the display using keyboard. : the test length is automatically taken into account for calculation and final reading is display directly in TPM/TPI.
• Suitable for S/Z type of twisted yarns.
• Range : up to 9999 TPM or 99.99 TPI.
• Resolution : 1 TPM or 0.01 TPI.
• Elongation Range : +110mm or 4 Inch. with tolerance of -15 mm or 0.6 Inch for movement in other direction.
• Motor Speed : Up to 1500 RPM. Manual control of rotation is possible by hand.
• Supply : 230 V AC, 30 Watts.
• Size : 1000 mm x 150mm x 200mm (approx).

Details :

• Measures hardness and thickness
• Touch screen display
• Up to 100 samples per test
• Electronic load-cell
• Constant speed measuring principle
• 99 monographs
• Programmable calibration and verification modes
• Auto / Manual mode with programmable delay time
• Basic security and factory default
• Printing (serial) for data and graph selectable
• Break force unit N, Sc, Kp, user defined factor
• Accuracy :- better than +/- 1N
• Max force:- 800n
• Hardest test modes :- constant speed programmable (1 mm/sec-3mm/sec)
• Thickness unit :- Unit mm/inch Rang :- 0-30mm resolution:-0.01 mm
• Jaw opening size > 35 mm

• Sample Size :- Up to 100 (automatic delay between tables programmable)

My Q Tearing Strength Tester is a consistent tool useful to determine the tearing strength of fabrics, plastic films, and similar materials. Tearing Strength Tester is the tensile force required to rupture a pre-slit sample under controlled test conditions.

Features -:

• Sample loads easily and securely into the dual screw clamps
• The initial tear in the sample is made by pulling the lever attached to the cut blade
• Pendulum is set securely in place until operator releases it with a push of a finger
• Comes along with instrument manual & calibration

Standard - BS 4153, 4253, 3424, 4468, ASTM D 1424, DIN 53862, BSEN ISO 13937 M&S P 29

MyQ Shoe Lace Eyelets Abrasion Tester is suitable for the abrasion resistance test of all shoelaces and eyelets. The shoelace is bent at a certain angle through the eyelet and repeatedly pulled under the standard load to achieve the purpose of detecting the abrasion resistance of the shoelace and the shoe eye. Six sets of samples can be tested separately at the same time without mutual interference.
This machine is suitable for all types of shoelace & eyelet.

Application

• AATCC Wrinkle Recovery Tester is used for determining a fabric’s ability to recover after wrinkling under a pre-determined load for a set period of time.
• A set of 5″x3″ dimensional plastic replicas is offered on request to grade the test samples 1 5.

Optional order

• AATCC Wrinkle Recovery Tester Plastic Replicas (Set of 5)

Weight - 5 kg

Dimensions

• Length : 150 mm
• Width : 150 mm
• Height : 330 mm

Standards

• AATCC 128
• ISO 9867
• ENKA 3061

Why Do We Need to Test the Wrinkle Recovery of the Fabrics?In the process of wearing and keeping the fabric, because of the external forces, such as folding, shearing, compression, bending and washing, it is difficult to return to the original level state even after removing the external force. This phenomenon is called wrinkle. Wrinkle not only seriously affects the appearance of fabric, but also leads to severe wear along the crease or wrinkle direction, which accelerates the damage of fabric. Therefore, crease recovery is one of the important indexes to evaluate the fabric’s properties.

Test PrincipleFabric wrinkle recovery instrument is used to test the recovery ability of fiber fabric samples under a certain load after bending for a certain time. Under the condition of standard atmospheric pressure, apply a predetermine pressure to the sample with the standard wrinkle device and keep the time set. The pressurized sample will produce uniform deformation through the whole structure of the instrument and the precise spiral column. Then the sample is compared with the standard sample and rated.

Sample Preparation

• Cut three samples, 150mm * 280mm each. These should be cut with the long direction running in the warp or the wale direction of the fabric.
• At 21±1 and 65±2% humidity, each sample remained at least 8 hours in the state.

Testing Procedure

• All tests were performed at the environment of 21±1 and 65±2% humidity.
• Raise the top flange of the recovery tester and fix it to the top of the tester with the lock pin.
• Wrap one long edge of a pre-conditioned test specimen around the top flange of the wrinkle tester, with the face of the specimen on the outside. Fasten the specimen in position using one of the strips of Velcro.
• Wrap the other end of the specimen on the flange, and then wrap the second piece of Velcro around the bottom of the specimen so that it forms a “closed tube” of fabric.
• Adjust the bottom edge of the specimen so that it lies smoothly without sagging between the top and bottom flanges.
• Withdraw the locking pin and lower the top flange gently with one hand until it comes to rest.
• Immediately place a total mass of 3500 grams (all three weights) on the top flange and record the time.
• After 20 minutes, remove the three weights and raise the top flange, carefully avoiding altering any of the induced wrinklings.
• Clamp the short edge side of the sample with a clip and hang the sample on a hanger, so that the length direction of the sample is perpendicular to the ground.
• After 24 hours in this conditioned atmosphere, take down the sample and rate it.

MYQ  Drop Tester is designed as per IS: 7028, Part IV standard. It is a useful instrument to determine the transport value of solid fibre boxes, corrugated boxes and shipping containers. It has an angular drop arrangement to correctly determine the transport worthiness of the package from all angles.

The drop test is performed to measure the ability of corrugated boxes and fibreboard cartons and containers to stand with vertical impact in free drops. The test is performed one time and more than one time to analyse various conditions that occur on a package during transit and handling. It serves as the best equipment for performance analysis and package design before production and use.

Specification

• Height of the laboratory equipment is 1.8 meter (Adjustable).
• Higher height models are also available.
• Load can be exerted up to 50Kg.
• Maximum and Minimum height of drop is 1800 mm and 750 mm respectively.
• Sample Mounting table –465 * 445 mm
• Adjustable angle holder is provided with the device.
• Type of tests:
• Straight Drop
• Angular Drop
• Safety: Locking pin

Features

• It is highly consistent equipment for findings repeatable and accurate results.
• The testing instrument is supplied with conformance certificate.
• Provision to uplift test platform by guide mechanism
• Drop Height adjustable clamp
• Straight and Angular Drop tests can be performed on a single Instrument
• Strong base plate with rugged structure

Optional Features : Pneumatic model and in various platform sizes also available as per requirement.

Standards : IS: 7028 Part IV

The force required for bursting or complete rupture of the board is measured through a Digital Indicator. The bursting strength defines the materials quality as compared to the others. Digital Bursting Strength Tester provides a hydraulic load under a rubber diaphragm of a specific area of the sample under test. It can be used to accurately determine the bursting strength of paper, corrugated cardboard, carton box, card board, leather cloth or synthetic leathers. value is expressed in terms of kg/cm2. My Q, one of the leading manufacturers of testing instruments offer wide range of paper and packaging instruments. My Q Digital Bursting Strength Tester is utilized for measuring the bursting strength of paper/strong paper- board by submitting it to an increasing uniform hydraulic pressure. The procedure involves preparing the specimen for test and mounting the sample between two circular clamps. The specimen is then, tightened with the help of geared handle provided. The increasing pressure (hydraulic) is then applied by the handle. The diaphragm is expanded till the specimen ruptures. The reading on the digital display is the Bursting strength of the given test specimen in kg/cm2. For more details about bursting strength tester contact us.

Standard Accessories :-

• 100 MI Glycerin bottle 1 no.
• Rubber Diaphragm pack of 2 nos.
• Calibrated Aluminum foil pack of 4 nos.
• Screw Driver 1 no.
• Glycerin bowl opening wrench 1 no.

Finish - Powder coated havel Gray & Blue Combination finish and bright chrome / zinc plating for corrosion resistant finish

Water vapour permeability of leather is evaluated by clamping a circular test specimen over the mouth of a bottle containing a solid desiccant and subjecting it to a rapid current of air. The air inside the bottle is circulated in weight if the desiccant in motion. The increase in weight of the bottle over a specified interval of time gives the quantitative measure of the water vapor permeability of the leather sample under test.

Related standard

• Iup/25 : official method of international union of leather Chemists society
• Is15298 (part - I) : method of physical testing of leather
• ISO 8782-1 : 1998

My Q offers highly reliable and standardizedcorrugated box Compression strength testerMYQ Box Compression Tester is designed to quantify box or container performance so that the effect of various board mediums, closures and interior partitions can be plainly compared by means of Load & bend analysis. MYQ BOX Compression Tester is manufactured to meet the requirements of the Paper & Packaging Industries according to International Standards. It is ergonomically designed and easy to use.

The assessment of snap attachment strength is an important criterion especially in the design and manufacturer of garments of infants' and children wear. The measurement of an uniform force applied to the snap attachment shall be recorded by means of a force-measuring device (in this case a Calibrated Imada Push /Pull Scale is utilized). Once the appropriate force is registered on the Imada Scale, a stop clock is used for recording a set period of time.

To define the garments manufacturer responsibilities and duties to ensure that snaps are applied appropriately to all garments. To prevent separation between the snap and the garment, which represents a dangerous situation If the loose snap is swallowed.

Scope

• This test method cover an uniform force required to pull a snap attachment perpendicular to the garment The snap attachment is not forced to separate from the garment. This method is required attachment of snaps to specimens using specifications provided by the producers of the snaps.
• This test method is used to establish correlation to wear conditions and for comparing different brands and types of snap fasteners.

Related Standards

• ASTM Designation :- D4846 88
• ASTM Designation :- D1776ASTM P579.96
• Standard Test Method for Resistance to Unsnapping of Stap Fasteners Consumer Products SafetyCommission

Fabric Stiffness Tester, to determine the bending height, flexural rigidity and bending modulus of a fabric by simple procedures and calculation

Objectives : To measure the stiffness of the given fabric sample.

Specifications-

• Tilt angle: 41. 5 º
• Weight- 4 Kg

Dimensions

• Width: 350 mm (14 inch)
• Depth: 150 mm (6 inch)
• Height: 200 mm ( 8 inch)

Standards -

• ASTM D1388
• BS 3356
• DIN 53362
• ERT 50-2

Apparatus:

• Stiffness Tester
• Scissor
• Scale

Sample :

• Cotton woven fabric
• Size: 6 X 1².

This instrument is helpful to identify pilling and abrasion.

MyQ Shoe Flex Tester is perfect for the determination of full shoe ability to withstand the flexing stresses effects, produced on various parts of the shoe. Also, different parts like soles and uppers of a shoe are tested individually for flexing endurance with the use of Flexometer & Ross flex tester. The shoe flex tester provides results, which are associated to the real performance of the shoe in total.

MYQ Shoe Flex Tester simulates the outcomes of actual walking on the shoe. The specimen of test is held strongly at the toe part using an appropriate toe last and clamp, while the heel part has an individual last on which the shoe is strongly tied as in real use.

Upper-end of the last has an effective system to connect a suitable link mechanism. On a rotating block the mechanism is connected to an eccentric pin so as to provide the link, a to-and-fro movement. Both the length of the link and the eccentricity of the pin in the block are adjustable to offer different angles of deflection of the shoe, with respect to toe's flat portion.

There is a rotating block movement by means of two stage V belt, a motor and pulley arrangement. A digital counter provided with memory backup to record total number of test cycles, and key reset. This standard tester is effectively designed to test one pair of shoes at a time. Also the special models capable of testing two / four / six pairs of shoes are available.

WATER RESISTANCE TESTER- PENETROMETER

The uppers of shoes get folded over the toe portion every time a step is taken. These repeated folding cause the finished grains to start cracking, resulting in loss of water resistance to ensure that the leather uppers retain their water resistance for a reasonable period of use, the action of such folding on them is simulated by subjecting test specimens taken from the leather to a water penetration test using an electrometer.

In this test, the test specimens are held in form of thoughts between two cylindrical grips one of the grips is then repeatedly moved towards and away from the other along their common axis, the test specimens are kept immersed in a water bath unto a part of their

periphery. Penetration is detected when electric conductivity is established between the inside and outside surfaces of the test specimens. The time needed to cause penetration of water through the test specimens is determined and taken as an index of water-resistance of the leather. The test can be continued to determine the per cent gain of weight of the specimen due to water absorption and also to determine the mass of water that has transmitted over a known time interval.

Technical Data

• Dimensions of test specimens: 60mm x 70mm
• Number of test specimens tested at a time: 3-4
• The diameter of cylindrical grip : 30mm
• Flexing frequency: 50 cycles per minute
• Travel of moving grip : 2.0, 3.0, 4.0, 6.0mm
• Motor: ¼ HP single phase 230 volts AC

RELEVANT SPECIFICATIONS

• IUP/10: Official Methods of International Union of Leather Chemists societies.
• IS 5914: 1970: Methods of Physical Testing of Leather
• LP 20: Dynamic Water Proof-ness Test for Upper Leather
• IS 15298 (Part 1): 2002: Water Penetration & Water Absorption tester
• ISO: 8782-1:1998

The ability of shoe sole with stand repeated bending experienced during walking without developing a crack within the estimated life span of the shoe is a very important factor for determining its quality. Also, its ability to withstand propagation of any slit formed due to a sharp edge pointed object piercing it during walking is equally important in assessing its quality. These abilities of any sole can be evaluated with the help of a Ross Flex Tester.

Cooling Chamber

Cooling Chamber Double wall double door inner chamber of SS and outer body of MS duly powder quoted suitable to accommodate the Ross Flex Tester in side the chamber work comfortably on the same. Tem Rang: -20° C Accuracy: +1° C and able to work comfortable on the same .

• Temp rang : -20°
• Accuracy : +_ 1°

The Crimp in a yarn is defined as the mean difference between the actual length of any yarn and its apparent length in the fabric after weaving. It is usually expressed as a percentage of the apparent length of the yarn in the fabric.

Determination of the crimp of yarn is carried out by marking a known length on the fabric, removing the marked yarn in such a manner that to dose not lose its twist, holding between two grips at the marked points, and slowly extending it till it is subjected to a specified straightening tension. The increase in length of yarn is determined and expressed as a percentage of markedlength to obtain the value of crimp.

My Q Crimp tester is designed to determine the crimp of yarns taken out of fabrics. One end of the yarn is held in a pivoted loading grip on which the desire tension load is applied by means of a sliding weight acting on a lever arm, while the other end is held in a movable grip which is mounted on a screw and can move along the direction of the yarn, stretching it in the process. the distance moved through by this grip gives the extension of the yarn, and can be measured ona scale fixed by the side of the grip assembly.

The loading grip is pivoted on jewel bearing and mounted on a slider platform which can be moved toward or away from the moving grip to enable different marked length of yam to be tested. The test length is indicated on scale fixed on the base of the apparatus against a pointer fixed to the sliding platform.

The yam is held in between the two grips and pulled by moving the movable grip away from the loading grip. The tension under which crimp is to be determined is set on pendulum by moving the sliding weight and is indicated on a load scale. When the yam is under the specified tension, the pendulum lifts off its support, thus breaking a contact and turning off a low voltage indicator light. The elongation of the yarn when the light just goes off is noted, from which the valve of percentage crimp can be calculated.

Relevant Standard - Is 3442-1966 : Method for Determination of Crimp and Count of Yarn Removed from Fabrics

My Q Digital Tearing Strength Tester is a consistent tool useful to determine the tearing strength of fabrics, plastic films, and similar materials. Tearing Strength Tester is the tensile force required to rupture a pre-slit sample under controlled test conditions. Digital Elmendorf Type Tester determines the tearing strength by measuring the work done in tearing through a fixed length of the test specimen. It consists of a sector pendulum pivoted on anti-friction ball bearings on a vertical bracket fixed on a rigid metallic base. Feature of Tearing Strength Tester The equipment effectively measures the tearing strength.

It is user- friendly. It consists of anti-friction ball bearings. A set of calibrated check weights are also supplied

Features -:

• Sample loads easily and securely into the dual screw clamps.
• Results shown on both Digital LED Display & pendulum
• The initial tear in the sample is made by pulling the lever attached to the cut blade
• Pendulum is set securely in place until operator releases it with a push of a finger
• Comes along with instrument manual & calibration

Acessories :

• Main Unit : 1 No
• Augmenting Weight (1600gm) : 1 No
• Augmenting Weight (3200gm) : 1 No
• Augmenting Weight (6400gm) : 1 No
• Template For Speciment : 1 No

• Cutting Blade : 2 No
• User Manual : 1 No

• Calibration Certificate : 1 No

Capacity :

• 1600 Gms (By Brass Pendulum only)
• 3200 Gms (By adding Augmenting eights)
• 6400 Gms (By adding Augmenting eights )

Myq Falling Dart Impact Tester is designed to measure impact resistance property of plastic films, sheeting, paper and foils. It is based on free falling dart method and equipped wtih LCD display.

Properties - Impact 
Applications - Plastic Films, Paper and paperboard, foils

Method - Free Falling Dart Method

Standards - ASTM D1709, ISO 7765-1-1988, JIS K7124-1, GB/T 9639.1-2008

Features

• Two methods (A&B) in one instrument
• Windows menu interface and touch screen
• Pneumatic specimen clamping
• Graphic display of testing process
• Pedal switch
• Built-in observation light
• RS232
• micro printer
• Intelligent data sharing system

45 Degree Flammability Tester, to determine fabric flammability (fabric burning test) under controlled conditions. Automatic igniter is equipped to ensure the 45 degree fabric flammability tester safe and easy to operate.

Stainless steel test cabinet with glass observation panel provides with automatic timing of flame spread in 0.1-second increments from ignition. Brushing Device is included.

Original Accessories

• 1 Brushing device
• 1 No. 50 sewing thread
• 5 sets of sample holder

MYQ Din Abrasion Tester is designed to determine abrasion resistance index of natural and synthetic rubber in accordance with the above principle. It consists of test specimen holder with a cylindrical opening adjustable between 15.5 to 16.3 mm to clamp the test specimen with an arrangement to adjust the length of test specimen protruding out. The holder is mounted by a screw mechanism along a length of a rotating drum on which the abrasive cloth is fixed. The movement of the screw mechanism and drum is given by an electric motor, gearbox and chain mechanism to give the specified speed of rotation to the drum and the specified lateral movement to the test specimen holder. The swivel arm and test specimen holder are so disposed that the test specimen is pressed against the drum under the specified load with its center axis at an inclination of 3 degrees to the perpendicular in the direction of rotation and placed above the longitudinal axis of the drum. A rack and pinion arrangement to rotate the test specimen about its axis during the test (whenever desired) is also provided. The abrasive cloth is firmly fixed to the drum using a suitable peel able adhesive with the ends of the abrasive cloth butt jointed together. The equipment is provided with limit switches which, in addition to giving over travel safety to the movement of test holder by preventing the lower edge of the test specimen holder to touch the abrasive cloth. The equipment is built on the rigid steel base and finished in gray metallic and bright chrome/zinc plating to give it a corrosion resistant finish. The molding dies, rotary type cutting dies (hollow drill) for preparing test specimens and extra abrasive cloth are available as optional accessories.

THE PAV can be used for test methods including

• ASTM D3511
• Arcadia AG26
• ASTM D3512
• Next TM26
• ASTM D3514
• SN 198525
• ASTM D4970
• Wool mark TM196

The pilling assessment viewer (PAV) for the textile market has been developed with the help of a major textile company in accordance to BN EN ISO 12945 standards incorporating all 3 part and adopting the following test methods……

• Part Bs En Iso12945-1 : Pilling Box Method
• Part Bs En Iso12945-2 : Modified Martindale Method
• Part Bs En Iso12945-3 : Random Tumble Pilling Method

The versatile nature of the unit includes a recess for the modified Martindale specimen head. This enables the fabric to be assessed during the test procedure , whilst still mounted on the head.

MYQ Edge Crush tester – Digital (ECT) is rugged enough for any production testing environment. It is the idealtesting equipment for paper making, packaging, quality inspection department and more. ECT tester – Digital (ECT) is a useful equipment for determining the probable compression strength of corrugated and solid fiber board boxes by testing the paper and paper-board used in making such boxes.

Edge Crush Tester / Ring Crush Tester / Flat Crush Tester is used for accurate testing of paper, paper-board, solid fiber-board & corrugated board for ECT test and its components. The Edge Crush tester can also be used for performing compression test on all small packages.

The higher ECT value determined by the ECT tester depicts the rigidity of the CFB box. Hence, it may be used to compare the quality of the CFB board. It is also possible to determine the compression strength of the box (CFB) by using ECT tester with McKee’s formula i.e .Compression strength = k. ECT x T x Z

• Where, K= Constant
• ECT = edge crush test value
• T=Thickness of CFB board (wall thickness)
• Z= Perimeter of the box i.e. (2 L + 2 W)

My Q Stretch & Recovery Wall Mount Model is used to determine the stretch & recovery of the Elastic fabric incase of both woven & knitted fabrics or Lycra Fabric. It gives the percentage of stretch.

It is equipped with two testing area. In left side there is upper fixed clamp and lower movable clamp with graduated scale, this area helps to determine the amount of growth and recovery of fabric under specified extension, In right side there is a upper fixed clamp and a lower dowel pin, this area helps to determine amount of stretch and growth, and recovery of fabric under specified extension.

Technical Specification (Portable Model) - A Portable Metal Frame With Stand & Wheels

Weights

• 1 Lbs – 2 no
• 2 lbs – 1 no
• 5 lbs – 1 no

Optional extra weights available

Dimension

• Length - 1440MM
• Depth - 1580MM
• Height - 815MM

Technical Specification-(Wall Mount Model)

Weights –

• 1 Lbs – 2 no
• 2 lbs – 1 no
• 5 lbs – 1 no

Optional extra weights available.

Dimension

• Length - 1100MM
• Depth - 1270MM
• Height - 165.1MM

Note - Also Availabele in Portable Model

MyQ Resilience Tester based on free vertical drop hammer test method to test rubber elasticity. The 28 gram of hammer raised to 400 mm height and to do impact. Average 4rd, 5th and 6th of impact bound height value which can get rubber elasticity.

Details :

• Tablet Hardness Tester 8M is a manual testing system to measure hardness, diameter, thickness and weight of virtually all tablet shape and size.
• Precision mechanics and trouble free operation have made the 8M one of the most popular quality contra instruments in tablet manufacturing and research labs of internationally leading pharmaceutical companies.

• Tablets are placed in the machine individually and by hand. Reports including statistical analysis can be printed or sent to a 21 CFR, part 11 software.

My Q offers highly reliable and standardized corrugated box bursting strength tester for testing the strength of the raw material used for the production of corrugated boxes. The primary use of the instrument is in paper and packaging industries. The amount of bursting strength aids in determining the quality of the material used. The testing is performed to assess the maximum force that a packaging product can tolerate to its maximum. Bursting strength of corrugated boxes is determined using corrugated box bursting strength tester that explains the strength and quality of a material. Most of the corrugated boxes burst due to the force applied to them during transit or storage. The high-quality testing instrument helps to improve the quality of boxes used for packaging. The machine is used to measure the bursting strength of paper or strong paper board.
To measure the bursting strength of box, a uniform hydraulic pressure is provided while the box specimen is mounted between two circular clamps and tightened using the geared handle. Application of hydraulic pressure to the left side of the tester causes the diaphragm to expand till the sample ruptured. The result of bursting strength is provided in kg/cm2. Force required rupturing the product is displayed in digital indicator provided. With the accurate result, paper and packaging industries can use the right material and product the high strength boxes.

Features

• Ease of installation, high accuracy, and fine performance.
• Calibration facility is also available.
• Single Push Button Operation
• Highly accurate test results under multidirectional Force
• Strong Gripping clamp
• Grooved structure of Test Specimen Holder to avoid slippage and intact holding of specimen under test
• No slippage in case specimen is tightened uniformly using operating wheel

Safety / protective footwear should give safety to the toe of the user under compression load and to the sole against nail penetration. Compression resistance is determined by subjecting the footwear to a specified compression load and measuring the clearance with the help of a modeling clay cylinder. Nail penetration resistance is measured by measuring maximum force required for a nail to penetrate through the sole.

Related Standard

• BS EN 344 1993: Requirements and Test Methods for Safety, Protective. And Occupational
• Footwear for Professional Use Clause 54: Determination of Compression Resistance Clause
• 5.6: Determination of Penetration Resistance
• IS 15298 (Part-1):2002
• ISO: 8782-1:1998

We are a counted name in manufacturing and supplying MBTL Light Fastness Tester. All these testers are manufactured under the supervision of our professionals who ensure flawlessness of the offered range. Engineered with precision, these products are fabricated using superior quality raw material with the aid of modern tools and technology. Patrons can avail these in various sizes, grades and dimensions.

Features:

• Low maintenance
• Robust construction
• Smooth finish
• Easy operations
• Prices of Grey scale & blue wool standards will be charged extra
• IS0 blue wool light fastness standard 1 to 8 set

 MYQ Crush tester – Digital (ECT) is rugged enough for any production testing environment. It is the ideal testing equipment for paper making, packaging, quality inspection department and more. ECT tester – Digital (ECT) is a useful equipment for determining the probable compression strength of corrugated and solid fiber board boxes by testing the paper and paper-board used in making such boxes.

Ring Crush Tester / Ring Crush Tester / Flat Crush Tester is used for accurate testing of paper, paper-board, solid fiber-board & corrugated board for ECT test and its components. The Ring Crush tester can also be used for performing compression test on all small packages.

The higher ECT value determined by the ECT tester depicts the rigidity of the CFB box. Hence, it may be used to compare the quality of the CFB board. It is also possible to determine the compression strength of the box (CFB) by using ECT tester with McKee’s formula i.e. Compression strength = k. ECT x T x Z

Where,

K = Constant

ECT = Ring crush test value

T = Thickness of CFB board (wall thickness)

Z = Perimeter of the box i.e. (2 L + 2 W)

Features

• Simple and accurate read out on a digital display
• Electronic Force measurement by the Load
• Key lock prevents accidental or unauthorized resetting.
• Electro-mechanical Loading System.
• Sophisticated Electronic Controls for precision and easy operation.
• Competence with Peak-Hold.
• Microprocessor based display for accurate test result
• Separate fixture for ring crush, edge crush and flat crush test.
• Highly accurate test result under compression force
• Strong gripping clamps
• Bright LED display
• Inbuilt calibration facility
• Feather touch control

protective clothing synthetic blood penetration resistance tester is to evaluate the resistance of materials used in protective clothing to penetration by synthetic blood under conditions of continuous liquid contact. The tester can provide the body fuid simulant (synthetic blood) with a specifed time and pressure for tested specimen to check if there is visual detection of synthetic blood penetration. It is suitable for ppe materials and ppe for workers in healthcare profession who can be ex-posed to biological liquids capable of transmitting disease.

standards

technology for better test 1

astm f1670 standard test method for resistance of materials used in protective clothing to penetration by synthetic blood

astm f1671 standard test method for resistance of materials used in protective clothing to penetration by blood-borne pathogens using phi-x174 bacteriophage penetration as a test system

iso 16603 clothing for protection against contact with blood and body fluids determination of the resistance of protective cloth-ing materials to penetration by blood and body fluids test method using synthetic blood

iso 16604 clothing for protection against contact with blood and body fluids determination of resistance of protective clothing materials to penetration by blood-borne pathogens test method using phi-x 174 bacteriophage

astm f903 standard test method for resistance of materials used in protective clothing to penetration by liquids

MyQ new Digital Tensile strength tester is helpful to identify tensile strength & elongation of fabrics. In the industrial textile industry, tensile strength typically refers to the strength and elongation properties of the material. Textiles can be tested in many forms, including single strands, yarns, webbing, woven, braided materials and non-woven fabrics.

Most textile fabric tensile testing is performed as either a grab test, to eliminate edge effects, or a strip test, including edge effects. For a grab test, the grips of a testing machine clamp a fabric sample in the center using jaws smaller than the sample width. For a strip test, the grips clamp a strip of fabric using jaws wider than the sample width.

Key Features

• New updated model with imported motor.
• Unit changing facility (LOAD)- N, Kn, KG, LBS
• Unit changing facility (Elongation)- mm, inch, Cm
• Control – Up, Down, Stop Manual & Computer Both

Test Facility

• Tensile with elongation test
• Seam slippage test

Application

• Zipper Reciprocation Tester, to determine the resistance to reciprocation of zipper (slide fastener). The test specimen is subject to a specified number of cyclic operations whilst under lateral and longitudinal tension.
• Zipper Tester catches the head of zipper to do reciprocating movement in a constant speed for 30 times per minute. Integral counter is set to stop the drive when a pre-selected count has been reached.
• Equipped with a sensor so that the machine will stop automatically before the zipper is broke. Adjustable stoke 40100mm is offered as request.

What is a Zipper Reciprocation Tester

The zipper reciprocation tester is used to test that whether the zipper can withstand reciprocating pulling operation with a specified number of times when the zipper is reciprocating under transverse and longitudinal tension in the instrument. During the test, the tester drives the zipper at a constant speed and moves 30 times per minute until the specified number of times is completed. Slider fastener reciprocating tester mainly detects the limit value of zipper endurance and makes a reasonable evaluation of zipper performance.

Test Project

• Test of flat tensile strength: flat tensile strength is the most basic strength index used to test the ability of teeth chain to resist transverse force in an occlusal state, which is very similar to the state of actual use.
• Test of the tensile strength of the top stop: interlock the teeth chain of zipper, and pull the slider to the top stop, this can measure the strength of the top stop, which simulates the ability to resist external forces when pulling the slider over the top stop or moving the top stop from the rib with the zipper in a grip state.
• Test of the tensile strength of the bottom stop: Pull the slider to the bottom stop, the strength of the bottom stop and the resistance of the internal components of the slider can be measured by pulling the teeth chain on left and right.
• Test of the horizontal tension at the zipper’s bottom, that is, the tensile strength of the opening part of the zipper’s lower end.
• Test of the locking strength of the slider: the locking strength and the resistance of the internal components of the slider through stretching the left and right zippers when the buckle is locked in the middle of the zipper.
• Test of the comprehensive strength of the slider: Apply a force to the slider in the direction perpendicular to the slider body, get the comprehensive strength of the slider when slider body is separated from the slider.

Operation Method of Slider Fastener Endurance Tester

• Start the power switch and adjust the knob so that the drawing clamping device is in the lowest position (easy to grip the sample).
• Turn off the power switch, select a positioning piece with an appropriate thickness, which fixed to the slider of the zipper, fix the zipper head on the sheet and lock it.
• First, fix the bottom stop of the zipper to the upper chuck roughly(the center line of the chuck is perpendicular to the center of the zipper), and then fix the top stop of the zipper to the two longitudinal chucks.
• Loosen the upper chuck slightly, pull up the tail end of the zipper so that the longitudinal clamping device is parallel, and then lock the upper chuck(at this point, the two longitudinal chucks are at the same horizontal level by visual inspection).
• Loosen the two transverse chucks and let the tapes on both sides of the zipper into the two clamps and clamp it. Adjust the tension of spring scales on the longitudinal and transverse according to the standard.
• Set the number of tests, start testing, after a certain number of times, take off the sample, observe and record the damage degree of the sample.

MYQ Bennewart Flex Tester To determine the resistance of a component of material to cut growth during repeated flexing, it can also be used to access the effect of surface patterns on crack initiation and growth. The particular test is applicable to out sole of the footwear but may also be used with certain other flexible components.

The test can also be used for understanding effect of surface patterns of crack and substance growth upon repeated flexing. The test is specially preferred for out soles of footwear.

Features -:

• Equipment made from M.S. Structure duly epoxy or automotive paint.
• Tester drive with motorized with pully.
• Equipments base also made from rigid plate finish with automated paint and bright chrome plated.

Related Standard-:

• DIN 53543-1979 : Testing of rigid polyurethane (PUR) Integral cellular Material for soles and parts of shoes.
• SATRA PM 161 : Benne warts flex tester Resistance to cut on flexing
• IS 15298 (part1)-2002 : Safety Protective and Occupational footwear for professional use
• ISO 17707, ISO 8782 (PART1) : Professional use part1: Requirement and test method -1998

My Q Veslic rubbing fastness tester is designed for determining the color fastness of leather, plastics and textilematerials.The colorfastness is assessed by checking change in color of the specimen and stain of the felt after rubbingthe specimen. Both dry and wet tests can be made by this machine.My Q Veslic rubbing fastness tester consists of a rigid flat metallic platform on which the test specimen can be heldfirmly and a rubbing finger that rubs against it under a specified load. The platform is fixed over the base of theequipment and lies in a horizontal plane. The test specimen is held firmly over the platformwith the help of two clamps holding it at both ends.The specimen-mounting platform is in two parts. The fixed part of the platform is held firmly on the base of the tester, while the movable part can be moved away from the fixed part after the test specimen is mounted over theplatform to subject it to an initial extension.The abrading finger has a flat square shaped cavity in it, in which a square shaped felt piece can be held during thetest. The felt piece picks up color lost by the specimen during rubbing motion to the finger is given throughareciprocating arm, which runs on two ball-bearings to minimize friction and to apply a uniform load on the finger.The arm is moved by a motor- operated crank and connecting link. A pre-set counter records the number of abradingcycles, as well as switches off the motor after a desired number of rubs. You can evaluate the result by help of Grey Scales.

Releted Stsndard

• SATRA PM 173-1995 , DIN EN ISO 11640-1998, ISO 11640-1993, IULTCS/IUS 450-1993, DIN EN ISO
• 17700-2005, ISO20344-2994, CLAUSE 7.3

The MYQ Yarn Evenness Tester yarn warp arrangement to wrap the yarn over it at equal spacing under a desired tension. The board is rotated manual to warp yarn over it. The yarn is guided on to the board through a yarn guide, which moves parallel to the pivoting axis of the board with the help of a screw giving uniformly spaced wraps. The guide is positively linked to the rotation of the beard with the help of a chain and sprocket drive. A set of change gears gives five different spacing for wrapping yarn of different counts. A spring loaded adjustable tensioning arrangement provides the desired tension to the yarn.
The equipment is built on a rigid base. It is finished in shore blue metallic painting and bright chrome/ zinc plating to give it s corrosion resistant finish.
Two rectangular acrylic boards having one face white and the other face black to enable evaluation of both light and dark colored yarns are supplied as standard accessory, Additional boards, both rectangular and tapered, are available as optional accessories

Related StandardASTM D 2255-1964 : Standard Method for grading of cotton yarns for appearance

The toe portion of shoes used industrial applications or used in mines shall be sufficiently rigid so as not to get pressed down beyond a specified limit when a heavy block falls down on it, thus preventing crushing of or injury to the toe of the user. The toes of miner's safety boots or industrial shoes are generally reinforced with steel toe cap to provide rigidity to them. Whether these toe-caps are sufficient robust so as to fulfill their desired function is ascertained by subjecting the toe-cap assembled in a cut-out shoe to an impact by a falling weight in suitable equipment. The toe-cap shall not press down beyond a specified limit during the impact.

Related Specification

• EN 344-1993 : Requirements and test methods for safety, Protective and occupational footwear
• for professional use.
• IS 15298 (Part I) : 2002
• ISO : 8782 – 1 : 1998

Random Tumble Pilling Tester, to determine the pilling and fizzing characteristics of textile fabrics. Random Tumble Pilling Tester uses stainless steel impellers that rotate within individually lit aluminum chambers constantly tumbling test fabrics against cork liners for a pre-determined time controlled by a timer and audible alarm.

Compressed air is also injected into the chamber to assist in the tumbling action. With 2 or 4 pilling test chambers. Laboratory standard compressed air supply is required.

Optional order

• Cork Liner (Pack of 50)
• Cotton Sliver (pack)
• Photographic Standards (Set of 5)

Scope

• This test method covers the determination of resistance to the formation of pills and other related surface changes on textile fabrics. The method utilizes the Random Tumble Pilling Tester. The procedure is generally applicable to all types of woven and knitted apparel fabrics.
  • Note:- For other methods of testing the pilling resistance of textiles, refer to the following ASTM methods:
  • D3511 test for Pilling Resistance and Other Related Surface Changes of Textile Fabrics: Brush Pilling Tester Method.
  • D3514 Test for Resistance of Apparel Fabrics to Pilling (Elastomeric Pad Method)

For directions covering the measurement of resistance to pilling by the Appearance Retention Tester, refer to Method D 1375 in the 1973 Annual Book of ASTM Standards, Part 24. For direction covering the measurement of resistance to pilling by the Inflated Diaphragm Tester and the Reciprocating Table Tester, Refer to Method D 1375 in the 1966 Annual Book of ASTM Standards, Part 24.

• Some fabrics that have been treated with a silicone resin cannot be satisfactorily tested by this procedure because the silicone resin appears to rub off on the cork liners in the test chamber and to cause erroneously low results.

• This standard may involve hazardous materials, operations, and equipment. This standard does not purport to address all of the safety problems associated with its use. It is the responsibility of who everuses this standard to consult and establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Definations

• Fuzz : untangled fibre ends that protrude from the surface of a yarn of fabric.
• Pilling resistance : resistance to the formations pills on a textile fabric.
• Pills : Bunches or balls of tangled fibers that are held to the surface of a fabric by one or more fibers.

• For definitions of other textile terms used in this method, refer to Terminology D123.

Summary Of Test Method

Pilling and other changes in surface appearance, such as fuzzing, that occur in normal wear are simulated on a laboratory testing machine. Fabrics are caused to form typical pills by a random rubbing motion produced by tumbling  specimens in a cylindrical test chamber lined with a mildly abrasive material. In order to form pills that resemble those produced in actual wear in appearance and structure, small amounts of short length cotton fiber (gray in color) are added to each test chamber with the specimens. The degree of fabric pilling is evaluated by comparison of the tested specimens with visual standards that may be actual fabrics or photographs of fabrics or photographs of fabrics,   showing a range of pilingresistance. The observed resistance to pilling is reported on an arbitrary scale ranging from No.5 (no pilling) to No.1 (verysevere pilling).

Uses And Significance

• The pilling of textile fabrics is very complex property because it is affected by many factors, such as type of fiber of blend, fiber dimensions, yarn and fabric construction, and fabric-finishing treatments. This method of testing fabrics for resistance to pilling is not recommended for acceptance testing of commercial shipment, because the between-laboratory precision is poor. In some cases the purchaser and the supplier may have to test a commercial shipment of one or more specific materials by the best available method, even though the method has not been recommended for acceptance testing of commercial shipments. In such a case, if there is a disagreement arising form differences in values reported by the purchaser and the supplier when using this method or acceptance testing, the statistical bias, if any, between the laboratory of the purchaser and the laboratory of the supplier should be determined with each comparison being based on testing specimens randomly drawn from one sample of material of the type being evaluated.

• The pilling resistance of a specific fabric in actual wear varies with individual wearers and general conditions of use. As a consequence, it can be expected that garments of the same fabric will show a fairly wide pilling resistance spectrum after wear and much greater variation in wear that in replicate fabric specimens subjected to controlled laboratory tests. This experience should be borne in mind when adopting levels of acceptability for any series of standards.

• Finishes and fabric surface changes may exert a large effect on pilling. Therefore with some fabrics, it may be desirable to test before as well as after laundering or dry cleaning, or both.

• Pills observed in worn garments vary appreciably in size and appearance, the latter depending particularly in the presence of lint and degree of color contrast, factors that are not evaluated when pilling is rated solely on the number of pills. The development of pills may be accompanied by other surface phenomena such as loss of cover, color change, or the development of fuzz. Since the overall acceptability of a specific fabric is dependent of both the characteristics of the pills and the other factors affecting surface appearance, it is considered desirable that fabrics tested in the laboratory be evaluated subjectively with regard to their acceptability and not rated solely on the number of pills developed. A series of standards, based on graduated degrees of surface change of the fabric type being tested, may be set up to provide a basis for subjective ratings. The visual standards are most advantageous when the laboratory test specimens correlate closely in appearance with worn garments, that is, show similar ratio of pills to fuzz, etc. Counting the pills and weighting their number with respect to their size and contrast, as a combined measure of pilling resistance is not recommended because of the excessive time required for counting, sizing, and calculation.

Apparatus, Reagents, And Materials

• Random Tumble Pilling Tester, including air injection device with the following accessories.
  • Cork Cylinder Liners, about 146mm (5¾ in.) wide by 452mm (17 13/16 in.) long cut from 1.5-mm ( 1/16 –in.) thick flat sheets of Type P2117A material conforming to Specification F104. The original surface of the liner produced by slicing the material should be used without any further treatment such as sanding.
  • Vacuum Cleaner, with brush attachment.
  • Rubber Adhesive, No.01-9094.
  • Plastic Bottle, for applying cement.
  • Air Injection Device to give 21-kPa (3-psi) air pressure in each test chamber.

• Cotton Sliver, 5300 tex (75 grain), fine cotton. Egyptian Karnak, or equivalent. Cotton dyed to gray shade before carding using 0.25% Pontamine Fast Black E (Based on weight of cotton ) or equivalent, at 820 C (1800 F for 60 min rinsed and oven – dried.

• Methyl Ethyl Ketone, technical, for diluting the rubber adhesive.

•  Standard pilling Test Fabric, having and established pilling resistance rating for checking machine performance.

•  Fabric Rating Standards – A series of tested specimen of a specific fabric type which show degrees of pilling orboth, for the fabric to be tested. Store the fabric rating standards and handle them under conditions that will preserve their original form and appearance. Mounting with thick cardboard framing around the specimens is recommended.

•  Photographic Rating Standards – A set of five photographs 105 mm square numbered 1 to 5 illustrating varyingdegrees of pilling from “very severe pilling” t “no pilling”.
  

•  Apparatus for Fabric Evaluation –Facilities for illumination and simultaneous viewing of test specimen and fabricor photograph rating standards.
  

• Facilities for Laundering samples.

• Facilities for Drycleaning samples.

Sampling

• Take a lot sample as directed in the applicable material specification, or as agreed upon by the purchaser and seller. In the absence of such a specification or other agreement, take a laboratory sample as directed.
• If sampling from rolls or pieces of woven or warp knits fabric in the lot sample, cut at least one laboratory sample the full width of the fabric and at least 305 mm (1ft) along the selvedge. From circular knit fabrics cut a band at least 305mm wide.
• If sample from garments, take fabric samples as agreed upon by all interested parties.

The Assessment of Snap Buttons, Rivetsetc Attachment Strength is an important Criterion especially in the Design and Manufacturer Garments for infants and Children Wear. The measurement of a Uniform Force Applied to the Snap Attachment shall be recorded by means of a force measuring device.

Features :-

The assessment of snap buttons, rivets etc attachment strength is an important criterion especially in the design and manufacturer of garments for infants and children wear. The measurement of a uniform forceapplied to the snap attachment shall be recorded by means of a force measuring device.

Package Details :-

• Main unit - 01 No.
• Jaw 1for Button Pull Strength (any Button) - 01 No.
• Jaw 2 for Snap Pull Strength (Male & Female) - 01 No.
• Jaw 1for Snap Pull Strength (For Male) - 01 No.
• Accessories Box (Plastic) - 01 No.
• Mains Lead with plug - 01 No.
• Detailed User’s Manual - 01 No.
• Calibration - 01 No.