Industrial Product Services

Leading Supplier of Industrial Valves, Automation Solutions, Mechanical Seals, and High-Performance Fittings.

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Precision Power Solutions

Heavy-duty engineering for thermal, hydro, and solar plants requiring 24/7 reliability and performance.

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Oil & Gas Infrastructure

Advanced flow control and automation for upstream and downstream operations in extreme conditions.

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High-Performance Industrial Systems

Robust valve and instrumentation solutions designed for critical manufacturing and high-pressure processes.

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Industrial Gate Valve

Precision Forged & Heavy Duty

Body Material	WCB, CF8, CF8M, Duplex Steel
Size Range	1/2" to 24" (DN15 to DN600)
Pressure Class	150#, 300#, 600#, 1500#, 2500#
Design Standard	API 600 / API 603 / ASME B16.34
End Connections	Flanged, Butt-Weld, Socket-Weld

Working Principle

The Gate Valve operates by the vertical movement of a gate (wedge) within the valve body. When fully open, the gate is completely removed from the flow path, ensuring zero resistance and maximum flow capacity. It is primarily used for isolation (On/Off) service rather than throttling.

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Key Features

Bi-directional shut-off capability.
Full bore design for minimal pressure drop.
Precision-machined wedge for tight sealing.
Robust stem design with OS&Y construction.
Low operational torque.

Applications

Oil & Gas Refineries.
Thermal & Nuclear Power Plants.
Petrochemical & Chemical Processing.
Water Treatment & Distribution.
Marine and Offshore Engineering.

Advantages

Highly durable under high-pressure conditions.
Simple maintenance and long service life.
Versatile material options for various fluids.
Reliable isolation for critical safety.
Cost-effective for large diameter pipelines.

Industrial Globe Valve

Flow Regulation & Control

Body Material	ASTM A105, WCB, CF8, CF8M
Size Range	1/2" to 12" (DN15 to DN300)
Pressure Class	150#, 300#, 600#, 1500#, 2500#
Design Standard	BS 1873 / ASME B16.34
End Connections	Flanged, Butt-Weld, Threaded

Working Principle

The Globe Valve is designed for regulating flow in a pipeline. It consists of a movable disk-type element and a stationary ring seat in a generally spherical body. The disc moves linearly to control the size of the opening through which the fluid flows, making it ideal for precise throttling and frequent operation.

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Key Features

Exceptional throttling and flow regulation.
Shorter stem travel compared to gate valves.
High sealing capacity even in high-pressure steam.
Available in Straight, Angle, and Y-patterns.
Easy seat and disc replacement/repair.

Applications

High-pressure steam and boiler services.
Fuel oil systems where flow must be regulated.
Chemical feed and cooling water systems.
Turbine bypass and drainage systems.
Sanitary and food processing lines.

Advantages

Highly accurate flow control and linear regulation.
Reduced seat erosion due to vertical contact.
Reliable shut-off performance for critical lines.
Faster to open and close than gate valves.
Suitable for high-temperature applications.

Industrial Non Return Valve (NRV)

Backflow Prevention Specialist

Type	Swing, Lift, Piston, Ball Type
Size Range	1/2" to 24" (DN15 to DN600)
Pressure Class	150# to 2500#
Design Standard	BS 1868 / API 6D / ASME B16.34
End Connections	Flanged, BW, SW, Screwed

Working Principle

The NRV (Check Valve) is a self-actuated valve that allows fluid to flow in only one direction. When the pressure in the desired direction exceeds the cracking pressure, the disc opens. If the flow reverses, the pressure of the backflow (combined with gravity or a spring) closes the disc, preventing contamination and protecting pumps/equipment.

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Key Features

Automatic, self-contained operation.
Minimal pressure drop across the valve.
Tight sealing even at low back-pressure.
Robust construction for high-velocity flows.
Horizontal or vertical installation options.

Applications

Pump discharge lines to prevent reverse rotation.
Steam condensate systems.
Water treatment and cooling towers.
Chemical and gas processing pipelines.
Power generation and boiler feed lines.

Advantages

Prevents water hammer and pressure surges.
Simple design with few moving parts.
Maintenance-free service for long periods.
Protects expensive downstream equipment.
Reliable performance in critical safety lines.

Industrial Ball Valve

Quick Shut-Off & High Reliability

Construction	1 Piece, 2 Piece, 3 Piece Design
Bore	Full Bore / Reduced Bore
Pressure Rating	Class 150# to 2500#, PN10 to PN420
Body Material	WCB, LCB, CF8, CF8M, Forge Steel
Seat Material	PTFE, RPTFE, PEEK, Metal-to-Metal

Working Principle

The Ball Valve uses a hollow, perforated, and pivoting ball to control flow. When the ball's hole is in line with the flow, it's open; when it's pivoted 90-degrees by the valve handle, it's closed. This quarter-turn operation makes it the most popular choice for fast, reliable, and tight shut-off.

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Key Features

Fast 90-degree quarter-turn operation.
Bubble-tight sealing performance.
Fire-safe and Anti-static design options.
Blow-out proof stem for operator safety.
Compact and lightweight compared to gates.

Applications

Natural Gas and Oil Pipelines.
Chemical and Cryogenic services.
Industrial compressed air systems.
Pharmaceutical and Beverage production.
General water and HVAC systems.

Advantages

High durability after many cycles of use.
Reliable even after long periods of disuse.
Easy to automate with actuators.
Versatile for wide range of media.
Lower maintenance cost over time.

FEP/PFA Lined Ball Valve

Corrosive Media Expert

Lining Material	PFA, FEP, PVDF, ETFE
Body Material	WCB, CF8, CF8M (Lined inside)
Size Range	1/2" to 12" (DN15 to DN300)
Lining Thickness	3mm to 5mm (As per standard)
Design Standard	ASME B16.34 / BS EN 12516

Working Principle

Designed for highly corrosive fluids, these valves feature a metallic body with an internal lining of fluoropolymer (PFA/FEP). The lining covers all wetted parts, ensuring that the metallic body never comes in contact with the aggressive media. The ball and stem are also fully encapsulated for maximum protection.

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Key Features

Zero leakage and high corrosion resistance.
Non-stick surface prevents media build-up.
High chemical inertness (pH 0-14).
Blow-out proof stem with lining protection.
Uniform lining thickness throughout.

Applications

Sulfuric, Hydrochloric, & Nitric Acid lines.
Chlorine and Bromine manufacturing.
Pharmaceutical API production.
Fertilizer and Pesticide plants.
Mining and Metal leaching processes.

Advantages

Replaces expensive exotic alloys (Monel/Inconel).
Extended life in aggressive environments.
Prevents contamination of ultra-pure fluids.
Lower total cost of ownership.
Excellent temperature stability up to 200Â°C.

Industrial Butterfly Valve

Compact & High-Efficiency Control

Type	Wafer, Lug, Flanged Design
Construction	Centric, Double/Triple Eccentric
Size Range	2" to 72" (DN50 to DN1800)
Pressure Rating	PN10, PN16, Class 150#
Seat Material	EPDM, Nitrile, Viton, PTFE

Working Principle

The Butterfly Valve is a rotary motion valve used to stop, regulate, and start flow. The "butterfly" is a metal disc mounted on a rod. When the valve is closed, the disc is turned so that it completely blocks off the passageway. When the valve is fully open, the disc is rotated a quarter turn so that it allows an almost unrestricted passage of the fluid.

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Key Features

Lightweight and compact design.
Low pressure drop and high flow coefficient.
Simple and quick operation (90-degree turn).
Bi-directional shut-off capability.
Cost-effective for large diameter pipes.

Applications

Water supply and wastewater treatment.
HVAC and Cooling water systems.
Slurry and semi-liquid processing.
Fire protection systems.
Vacuum service and gas extraction.

Advantages

Very easy to install and maintain.
Requires less structural support.
Highly reliable for isolation and control.
Economical compared to other valve types.
Available in various lining materials.

Pharma Butterfly Valve

Hygienic & Ultra-Pure Service

Body Material	SS316, SS316L (Mirror Polish)
Seal Material	Medical Grade Silicone, EPDM
Surface Finish	Ra < 0.4Î¼m (Sanitary Finish)
Size Range	1" to 12" (DN25 to DN300)
Connection	Tri-Clamp, SMS, DIN Union

Working Principle

Designed specifically for the pharmaceutical and food industries, these valves prioritize hygiene. The surface is polished to a mirror finish to prevent bacterial growth. The "sandwich" type design allows for easy dismantling and cleaning (CIP/SIP), ensuring that no product residue remains inside the valve body.

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Key Features

FDA approved sealing materials.
Crevice-free internal geometry.
Mirror-polished Ra < 0.4Î¼m finish.
Quick disassembly for sterilization.
Low torque, smooth operation.

Applications

Pharmaceutical API & formulations.
Biotech and Vaccine production.
Dairy and Food processing.
Beverage and Brewery industries.
Cosmetic and Personal care products.

Advantages

Ensures zero contamination of product.
Easy to validate for sanitary standards.
Long service life in sterile environments.
Resists aggressive cleaning agents.
Highly efficient for viscous media.

Industrial Dual Plate Check Valve

Space-Saving & Anti-Slam Design

Type	Wafer, Lug, Double Flanged
Size Range	2" to 48" (DN50 to DN1200)
Pressure Rating	Class 150# to 2500#
Design Standard	API 594 / API 6D
Retainer Type	Retainerless Design available

Working Principle

The Dual Plate Check Valve uses two spring-loaded plates hinged on a central pin. When flow starts, the plates open. When flow stops, the springs quickly close the plates before any backflow can occur. This rapid closure significantly reduces the risk of water hammer compared to standard swing check valves.

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Key Features

Compact wafer design (short face-to-face).
Spring-loaded for rapid closure.
Significantly lighter than swing check valves.
Minimal pressure loss at full flow.
Independent spring action for each plate.

Applications

High-pressure water pipelines.
HVAC and Pumping stations.
Hydrocarbon and Gas processing.
Desalination and Marine systems.
Power generation cooling systems.

Advantages

Prevents water hammer effectively.
Lower installation and structural costs.
Versatile for horizontal/vertical flow.
Highly reliable with fewer wear points.
Reduced weight simplifies maintenance.

Industrial Non Slam Disc Check Valve

Silent Operation & Damage Prevention

Design	Spring Assisted Disc Design
Size Range	1/2" to 12" (DN15 to DN300)
Pressure Rating	PN10 to PN64, Class 150-600
Body Material	WCB, CF8, CF8M, SS316
End Style	Wafer type (Short face-to-face)

Working Principle

The Non Slam Disc Check Valve is designed to close silently and quickly. It features a spring-loaded disc that closes as soon as the forward flow velocity decreases to zero, before the flow actually reverses. This "pre-emptive" closure prevents the disc from slamming against the seat, which is the primary cause of water hammer and pipeline vibration.

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Key Features

Extremely fast response to flow reversal.
Silent and vibration-free operation.
Compact wafer design saves pipeline space.
Low cracking pressure requirements.
Maintenance-free robust internal spring.

Applications

High-rise building water supply.
Pumping systems with frequent starts/stops.
Compressed air and gas systems.
Cooling water and HVAC loops.
Pharmaceutical process lines.

Advantages

Protects pumps from back-flow damage.
Reduces noise in industrial environments.
Long valve life due to reduced impact stress.
Can be installed in any orientation.
Lightweight and easy to handle.

Industrial Knife Edge Gate Valve

Slurry & Solid Media Specialist

Design Standard	MSS SP-81 / ASME B16.34
Size Range	2" to 48" (DN50 to DN1200)
Pressure Rating	150#, PN10, PN16
Body Material	CI, WCB, CF8, CF8M, SS316
Gate Material	SS304, SS316 (Hardened edge)

Working Principle

The Knife Edge Gate Valve is designed for handling thick slurries and solids. It features a sharpened "knife" edge on the gate which is capable of cutting through heavy liquids, fibrous materials, and sludge. When the valve closes, the edge slices through the media to ensure a tight seal against the seat, preventing clogs.

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Key Features

Sharpened gate edge for cutting solids.
Self-cleaning seat design.
Full-bore flow for minimal pressure drop.
Bi-directional or Uni-directional options.
Slim profile (short face-to-face).

Applications

Pulp and Paper manufacturing.
Mining and Mineral processing.
Wastewater and Sewage treatment.
Chemical and Slurry transport.
Cement and Fly ash handling.

Advantages

Prevents clogging in fibrous media.
Low maintenance in harsh conditions.
Easy to automate with pneumatic cylinders.
Cost-effective for slurry isolation.
Highly reliable shut-off for viscous fluids.

Industrial Y-Strainer & Basket Strainer

Pipeline Protection & Filtration

Type	Y-Type, T-Type, Simplex Basket
Size Range	1/2" to 24" (DN15 to DN600)
Pressure Rating	Class 150# to 600#, PN16-PN40
Body Material	CI, WCB, CF8, CF8M
Screen/Mesh	SS304, SS316 (40 to 400 Mesh)

Working Principle

Strainers are essential for protecting downstream equipment by removing unwanted solids from the flow. As fluid enters the strainer, it passes through a high-strength mesh screen. The screen traps debris, scale, and particles while allowing the clean fluid to pass through. Y-Strainers are ideal for steam/gas, while Basket strainers are preferred for liquid lines with high debris load.

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Key Features

Large screen area for low pressure drop.
Easy access for cleaning and mesh replacement.
Robust cast or fabricated construction.
Blow-off drain plug for quick flushing.
Customizable mesh sizes for specific needs.

Applications

Protection of Pumps, Flowmeters, & Traps.
Steam pipelines and Heat exchangers.
Chemical and Petrochemical processing.
Cooling water and Desalination plants.
Food and Beverage filtration.

Advantages

Extends life of downstream components.
Prevents costly downtime and repairs.
Ensures high quality of processed media.
Highly reliable and long-lasting service.
Simple design with no moving parts.

Industrial PRV & Safety Relief Valve

Over-Pressure Protection Expert

Design Standard	ASME Section I & VIII / API 526
Size Range	1/2" x 1" to 12" x 16"
Set Pressure	Up to 400 Bar (Customizable)
Body Material	WCB, WC6, CF8M, Bronze
End Connections	Flanged, Screwed (NPT/BSP)

Working Principle

Safety Relief Valves are the last line of defense in a pressurized system. When the system pressure reaches the pre-set limit, the valve automatically opens to vent excess pressure (gas, steam, or liquid). Once the pressure drops back to a safe level, the valve closes. This prevents catastrophic failure, tank ruptures, and equipment damage.

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Key Features

High discharge capacity for rapid venting.
Precise set-pressure accuracy.
Bellows-seal design for back-pressure compensation.
Lifting lever for manual testing.
Tamper-proof sealing of set pressure.

Applications

Boilers and Steam pressure vessels.
Gas storage and Air compressors.
Chemical reactors and Storage tanks.
Oil refineries and Power plants.
Fire-fighting pipeline systems.

Advantages

Critical safety protection for personnel.
Prevents explosion and equipment rupture.
Complies with international safety codes.
Available in a wide range of set pressures.
Durable under high-temperature conditions.