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Our product range contains a wide range of Floating Ball Valves, pig launcher ball valves, Check Valves, Globe Valves and Plug Valves - Double Block

Rising Stem Ball Valves

  • Cleaning Action Cleaning Action Of The Ball Surface
  • Torque Reduction Allows For Reduced Torque/thrust During Operation
  • Friction Reduction Eliminates Friction During Opening/closing Actions
Specially designed for Molecular Sieve application it can be used effectively in dirty services. The ball movement off the seats allows a cleaning action of the ball surface thus eliminating the friction during opening/closing actions and allowing for reduced torque/thrust during operation (Non-contact Rising Stem Ball Valves). DESCRIPTION The design of the Non-contact Rising Stem Ball Valve (RSBV) avoids issues of trunnion mounted, floating ball and other conventional valve types under the next extreme conditions:
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Pig Launcher Ball Valves

  • Application Pig Launching And Receiving Systems
  • Actuator Compatibility Smaller Actuator Can Be Selected
  • Actuator Selection Automatic
  • Lifting Lugs Fixed Lifting Lugs
Pig valves basically work like ball valves. They are used in pig launching and receiving systems. These valves are preferred instead of using pig launcher and receiver spools. They have a compact structure. Quick open closures are mounted on them. STANDARD FEATURES : 1 Due to low torque values, smaller actuator can be selected.2 The actuator selection is automatic.3 Fixed lifting lugs on the valve.4 Easy maintenance.5 The closure has special quick open design.6 Renewable seats.7 Available with metal and soft seats.8 Blow-out-proof stem.
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Floating Ball Valves

  • End Connections Various End Connections Available
  • Material Stainless Steel, PTFE
  • Bore Designs Full-bore, Regular-bore
  • Compliance Standards API 6D, API 608, ISO 17292
We manufacture a versatile range of process ball valves in single, two, and three-piece constructions. The valves are available in full-bore and regular-bore designs, in a variety of end connections and materials to suit customer requirements. The floating ball design of ball valves is the universal choice for most process and utility applications. In this design, sealing takes place by allowing the ball under pressure to move towards the downstream seat to effect a tight seal. Our floating ball valve design has a small cavity, making it a no cavity ball valve with a low pressure drop. These valves are bidirectional valves. Product Details : Floating Ball Valve design complies to API 6D, API 608, ISO 17292.Fire-safe to ISO 10497 and API 607.Mirror-finished solid stainless ball.Fine-grained PTFE seats.Cavity Pressure Relief mechanism.
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Ball Valves - Trunnion Mounted Ball Valves

  • End Connections Flanged Ends, Butt Weld Ends
  • Bore Designs Reduced Bore, Full Bore
  • Design 2-piece Design, 3-piece Design
  • Construction Forged Construction, Cast Construction
Trunnion Mounted Ball Valve is the preferred choice of ball valve in higher sizes and pressure ratings and is used in pipelines and critical process applications. The valves have advanced design features such as a built-in cavity relief mechanism, anti-static, and intrinsic double block and bleed facility. The valves are of 2-piece or 3-piece design, bolted/welded at the body connection joint, with flanged/butt weld ends, in reduced and full bore designs. These valves are available in forged construction as well as cast construction. Full Internal weld overlay or weld overlay on seat pocket area and body cavity can be provided with in-house cladding facility.
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Lubricated Plug Valves

  • Packaging Type Standard Packaging
  • Usage Suitable For High-pressure Applications In Various Industries
  • Construction Robust Construction
  • Maintenance Easy In-line Maintenance
Lubricated Plug Valves are robust in construction and easy-in-line to maintain. These valves are used where existing pulsating or static high pressures are present. These valves are suitable for media that are used in various industries, such as petroleum, chemical industry, pharmacy, chemical fertilizer, electric power industry, etc. A lubricant is injected in between the plug face and the body seat to reduce friction and seal ports. The lubricants are selected based on the process fluid used. The sealant is injected through a pressure fitting into the body cavity and distributed across all seating surfaces via grooves in the plug.
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Plug Valves - Double Block

  • Pressure Rating Rated Pressure
  • Compliance Standards Designed According To Key International Standards
  • Industry Standards Meets Major Hydrocarbon Industry Standards
Microne Valves manufactures a comprehensive range of Double Block & Bleed (DBB) Plug Valves in sizes up to 42 (1050 mm), and in ASME classes from 150 to 600. The valves are offered in a combination of materials and actuation options to suit customer requirements. The highly reliable valve has successfully completed over 10, 000 cycles at its rated pressure. Compliance Standards DBB Plug Valves are designed in accordance with key international standards. They also meet the requirements of major hydrocarbon industry standards and customer specifications.
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Wedge Type Gate Valves

  • End Connection Threaded, Flanged, Socket Weld, Butt Weld
  • Application Water, Oil, Gas, Steam
  • Operation Manual, Gear Operated, Actuated
  • Temperature Range Up To 200°C

PRODUCT ATTRIBUTE DESIGN STANDARD
Valve Design API 6D, API 600, API 602, ASME B16.34
End Connection Flanged, Butt weld, Socket weld & NPT ends
Flange Dimensions ASME B16.5 (upto 24″), ASME B16.47 (above 24″)
Butt Weld Dimensions ASME B16.25
Socket Weld Dimensions ASME B16.11
Threaded end Dimensions ASME B1.20.1
End to End Dimensions ASME B16.10, socket weld / NPT ends as per manufacturer std
Testing ASME B16.34, API 6D, API 598
Visual Inspection MSS SP-55
Marking MSS SP-25
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Pressure Seal Gate Valves

  • Application Power Generation Plants, Steam Power Stations
  • Design Standard ASME B16.34
  • Suitable Environments High Pressure, High Temperature, Steam, Oxidizing Environments
  • Seal Type Metallic Or Graphite Pressure Seal Gasket
Pressure Seal valves are used primarily, but not limited, to power generation plants with fossil, coal, thermal, gas, nuclear power plants, steam power stations, etc. Pressure seal valves are excellent in the following conditions: high pressure, high temperature, steam, oxidizing environments, among others. One of the most important features of MICRONE Pressure Seal Cast Steel Valves is it ability to use the pressure line to assist in the seal of the valve with a preloaded metallic or graphite pressure seal gasket placed between body and bonnet which reduces weight for easy installation and maintenance increasing safety and seal of the body-bonnet joint. Pressure Seal Valves are designed in accordance ASME B16.34. Pressure Classes 600, 900, 1500 & 2500 # and sizes from 2 up to 24 nominal diameter
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Slab Gate Valves

  • Material Typically Made Of Carbon Steel, Stainless Steel, Or Alloy Steel
  • Application Mainline Block Valves, Tank And Station Valves
  • Packaging Varies Based On Size And Manufacturer
MICRONE through conduit slab gate valves are typically used in the oil and gas industry for installation in liquid products and secondary recovery, midstream and downstream pipelines. Typical applications include, but are not limited to: Mainline block valves.Tank and station valves.Launcher/receiver trap valvesMeter bypass valvesEmergency shutdown valvesManifold valvesTransmission and distribution pipelines
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Gate Valves - Sluice Gate Valves

  • Design Features Robust, Reliable, Long Lasting
  • Frame Reinforced Frame And Disc For Rigidity
  • Seal Design Rubber Seal Design
  • Stem Configuration Rising Stem & Non-rising Stem
Microne specialized in manufacturing valves in Duplex, Super Duplex, Inconel, Monel, UNS N08926, UNS N07718, UNS N08825, UNS N06625, Hastelloy, Aluminium Bronze, 17-4PH. Design FeaturesBuilt to IS and AWWA standards.Robust, reliable & long lasting.Range 200 mm to 2500 mm circular / rectangular / square openings, larger sizes on request.Manually Gear / electric operated.Reinforced frame and disc gives the rigidity.Rubber seal design.Rising stem & Non-rising stem configurationWall / Embedded / Channel Mounting and other installationOther Material of constructions are available
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Globe Valves

  • End Connection Threaded, Flanged
  • Size 1/2 Inch, 3/4 Inch, 1 Inch
  • Pressure Rating 150 Psi, 300 Psi, 600 Psi
  • Temperature Rating Up To 400°F

Valve Design API 602, BS 1873, ASME B16.34
End Connection Flanged, Butt weld, Socket weld & NPT ends
Flange Dimensions ASME B16.5 (upto 24″), ASME B16.47 (above 24″)
Butt Weld Dimensions ASME B16.25
Socket Weld Dimensions ASME B16.11
Threaded end Dimensions ASME B1.20.1
End to End Dimensions ASME B16.10, socket weld / NPT ends as per manufacturer std
Testing ASME B16.34, API 6D, API 598
Visual Inspection MSS SP-55
Marking MSS SP-25
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Butterfly Valves

  • Sizes 2 Inches, 4 Inches, 6 Inches
  • Pressure Rating 150 PSI, 300 Psi
  • End Connection Wafer, Lug, Flanged
  • Actuation Type Manual, Electric, Pneumatic
  • Temperature Range -20°C To 120°C

1. ASME B16.34 1. Flanged
2. ASME Section III 2. Lugged
3. GL 89-10 (NRC Generic Letter) Actuator Sizing 3. Wafer
4. GL 96-05 Periodic Verification Testing 4. Butt Weld end (end to end dimensions for BW valves can vary based on customer requirements)
5. ASME QME-1 Mechanical 5. Special End to End requirements
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Check Valves

  • End Connection Female, Male
  • Material Metal
  • Connection Type Threaded, Socket, Flanged
  • Pressure Rating 150 Psi, 200 Psi, 300 Psi
  • Temperature Rating Up To 200°F, Up To 250°F, Up To 300°F

Valve Design API 6D, API 602, API 594, ASME B16.34, BS 1868
End Connection Flanged, Butt weld, Socket weld & NPT ends
Flange Dimensions ASME B16.5 (upto 24″), ASME B16.47 (above 24″)
Butt Weld Dimensions ASME B16.25
Socket Weld Dimensions ASME B16.11
Threaded end Dimensions ASME B1.20.1
End to End Dimensions ASME B16.10, socket weld / NPT ends as per manufacturer std
Testing ASME B16.34, API 6D, API 598
Visual Inspection MSS SP-55
Marking MSS SP-25
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