BALL VALVES : WESMEC Ball Valves are designed to applicable standard. Only a quarter turn operation is required to close the valve from fully open condition and vice-versa. The inside ball moves on Teflon seals and stem faces contact with the Teflon rings. There is low operating torque in the operation of valve for long time.

FEATURES:

One Piece, Three Piece Design, Two Way, Three Way, Five Way Designs.

Available in a variety of end connections.

They are used in two way as well as three way design with bottom entry and other outlet ports in the same plane.

Panel mounting available as an option.

Low operating torque.

Floating ball design to ensure leak proof shut off at high pressure.

Integral Ball Stem is machined from one single piece for switching model.

Hydraulic Test Pressure: (BODY) up to 210 Kg/Cm.

Hydraulic Test Pressure: (SEAT) up to 150 Kg/Cm.

Pneumatic Test Pressure: 10 Kg/Cm.

Their compact design is ideal for applications that require minimum carry over fluid when switching from port to another. These valves are also used for static and vehicular CNG (compressed natural gas) applications.

Non Destructive Test (NDT) available on request.

Positive Material Identification Test (PMI) available on request.

Standards Followed: ASME B16.11/ B1.20.1, API 598/608, ISO 17292, ASME BS 4368 Part IV/BS 5351, CE Marking.

Marking and Identification of Valves as per MSS-SP-25.

condensate pots : wesmec brand condensate pots are specially designed to catch hold condensate and foreign material. Thus, preventing damage to the metering systems and manifolds. These are custom manufactured as per clients and project applications. Condensate pots are available in a variety of materials and finishes. Standard pipe sizes are 2 to 4 and a variety of fittings and connections can be provided.

features:

condensate pots are used in the measurement of steam and other vapors which condensate to liquid state at ambient temperature.

condensate pots are available in a range of materials and are designed in accordance to asme sec viii div. I.

welding as per asme sec ix.

various types of coating used to avoid corrosion.

pipe length up to 10 inch, more length is available on request.

hydraulic test pressure: up to 150 kg/cm.>

pneumatic test pressure: up to 40 kg/cm.

non destructive test (ndt) available on request.

standards followed: asme b36.10/ 36.19/b16.9/b16.11, ce marking.

marking and identification as per mss-sp-25.

AIR HEADERS/ AIR DISTRIBUTION MANIFOLDS : WESMEC Brand Air Headers are specially designed for delivering air or utility to multiple take off points. These are custom manufactured as per clients requirement for material, number of outlets and valve configurations. The WESMEC Air Header can be provided with mounting bracket.

FEATURES:

Available in a variety of end connections.

Various types of valves provided as per your requirement.

Bolting devices will be provided by us.

Various types of Coating used to avoid corrosion.

Designed as per ASME SEC VIII Div. I.

Fabrication and Welding as per ASME SEC IX.

Hydraulic Test Pressure: up to 40 Kg/Cm.

Pneumatic Test Pressure: up to 100 Kg/Cm.

Weld Joints are Argon welded by qualified welders.

WPS for approval are done as per Client's request.

NDT (Non Destructive Test) available on request.

Standards Followed: ASME B36.10/36.19/B16.9/B16.11, CE Marking.

Marking and Identification as per MSS-SP-25.

Application: It is used for delivering multiple take offs.

Gas Sampling Bombsthat are specially designed to collect and store high pressure gas samples from the field & transport the same to laboratories. Superior in quality, these bottles pass through rigorous quality control tests and inspections to ensure maximum integrity and cleaning process for effective corrosion resistance.

Designed as per exact industry standards and guidelines, the gas sampling bottles are available in different sizes and specifications.

Application:

Sampling Bombs permit the extraction of a sample from a remote process location and provide safe containment for storage and transportation to the laboratory for analysis. These cylinders are rated to 1800 psi at room temperature for liquids and gases. Some applications include hydrocarbon sampling in refineries, gas sampling in chromatography and condensate sampling in fossil-fuel and nuclear power plants. In similar applications, petrochemical facilities and gas processing plants utilize sample cylinders. Pressure surge accumulators or reaction vessels are other common uses for sample cylinders.

High-quality quick-action coupling made of steel, stainless steel, brass or plastic for practically every application contingencyVery robust, rapid and secure coupling of practically all fluid media. Special solutions for your application needs can also be implemented upon request.

Variants :

Flat-sealing (leakage-free), cone-sealing or ball-sealing

With or without check valve

Plug-in or screw coupling

Bulkhead, pipe, hose or block integration

Optional with dust cap, dust plug

Optional with additional pressure relief (coupling under residual pressure)

Materials available for shipment:

Galvanised steel / zinc-nickel

Stainless steel

Brass

Choice of seals made of:

NBR

FKM (Viton)

EPDM

Applications:

Syphons for steam services

Pigtail for vertical installations

Coil for horizontal installations

Description :

Pressure gauge syphons are used to protect the pressure gauge from the effect of hot pressure media such as steam and also to reduce the effect of rapid pressure surges. The pressure medium forms a condensate and is collected inside the coil or pigtail portion of the syphon. The conden- sate prevents the hot media from coming in direct contact with the pressure instrument. When the syphon is first installed, it should be filled with water or any other suitable separating liquid.

Connections :

Plain Ends, Butt-Weld Ends, Threaded Ends. etc.

Materials :

Brass

Steel A120, schedule 40

Steel A106B, schedule 80 & 160

316 stainless steel, schedules 80 & 160

Chrome Moly steel (A335 P22), XX Heavy

The Wesmec flanged thermowell is used when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process. Thermowells are offered in a wide selection of materials, sizes and dimensions; a perfect solution for protecting the process and extending product service life.

Key Features :

One piece bar stock

Wide selection of materials

Selection of shank styles

Stamped with date code, material and heat numbers

Specifications :

Raised face, flat face and ring joint versions (ASME B16.5)

Process connection: 1", 1 1/2" and 2"

Bore size: .260", .385"

Flange ratings: 150, 300, 600, 900, 1500 and 2500 class

Application :

The flanged thermowell is ideal where safety and product integrity is essential.