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 Pneumatic Ball Valve

Fast Acting Automation

Body Material	WCB, CF8, CF8M, SS316
Size Range	1/2" to 12" (DN15 to DN300)
Pressure Class	150#, 300#, PN16, PN40
Actuator Type	Rack & Pinion, Scotch Yoke (Single/Double Acting)
End Connections	Flanged, Threaded, Socket Weld

Working Principle

The Pneumatic Ball Valve uses a compressed air-driven actuator to rotate a spherical ball with a bore through its center. When the valve is open, the bore aligns with the flow path. The pneumatic actuator provides rapid, precise 90-degree quarter-turn operation, making it ideal for automated on/off control in remote or hazardous areas.

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Key Features

Rapid open and close response times.
Bubble-tight shut-off for reliable sealing.
Fail-safe options (Spring Return or Double Acting).
Blowout-proof stem design for safety.
High flow capacity with minimal pressure drop.

Applications

Chemical and petrochemical processing.
Water and wastewater treatment plants.
Food and beverage automation systems.
Compressed air and gas pipelines.
Pharmaceutical and sanitary lines.

Advantages

Highly reliable automation without human intervention.
Safe for use in explosive and hazardous environments.
Lower maintenance costs compared to motorized valves.
Easy integration with limit switches and solenoids.
Long operational life with high cycle capability.

Industrial Pneumatic Butterfly Valve

Compact Flow Control

Body Material	Cast Iron, WCB, CF8, CF8M
Size Range	2" to 24" (DN50 to DN600)
Pressure Class	PN10, PN16, 150#
Actuator Type	Pneumatic Rotary (Rack & Pinion)
Seat Material	EPDM, Nitrile, PTFE, Viton

Working Principle

Combining the compact, lightweight design of a butterfly valve with the speed of a pneumatic actuator, this valve offers efficient quarter-turn on/off or modulating control. The disc sits in the center of the pipe, and the pneumatic actuator rotates it 90 degrees to fully open or close the flow, making it ideal for large volume flows with minimal pressure drop.

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Key Features

Extremely fast open/close cycle times.
Space-saving compact wafer or lug design.
Low pressure drop across the valve.
Replaceable resilient seat for zero leakage.
Can be easily fitted with positioners for throttling.

Applications

Cooling water and HVAC systems.
Water and effluent treatment plants.
Fire protection and pumping stations.
Bulk material handling and pneumatics.
Ship building and marine applications.

Advantages

Highly cost-effective for large pipe diameters.
Requires very little maintenance.
Lightweight and easy to install.
Fail-safe operations easily configured.
Excellent control for moderate to high flow rates.

Industrial Electrical Actu. Butterfly Valve

Electrical Actuated Butterfly Valve Main

Precision Motorized Control

Body Material	Cast Iron, DI, WCB, SS316
Size Range	2" to 36" (DN50 to DN900)
Actuator Power	24V DC, 220V AC, 380V AC
Control Mode	On-Off / Modulating (4-20mA)
Enclosure Class	IP67, IP68, Explosion-proof options

Working Principle

Electric actuated butterfly valves use an electric motor connected to a gear train to slowly rotate the disc. Unlike pneumatic valves, they do not require a compressed air supply. They are perfect for precise flow modulation, remote SCADA integrations, and installations where air lines are impractical.

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Key Features

Smooth, precise, and consistent operation.
Built-in manual handwheel override.
Torque switches to prevent motor overload.
Space heater included to prevent condensation.
High accuracy for modulating flow control.

Applications

HVAC and Building Management Systems (BMS).
Desalination and Reverse Osmosis plants.
Power generation and cooling towers.
Mining and slurry transport.
Remote pumping stations.

Advantages

No need for costly compressed air infrastructure.
Slow operation eliminates water hammer effects.
Excellent for integration into smart factories.
Stays in last position upon power failure.
Quiet operation compared to pneumatics.

Industrial Control Valve

High Accuracy Regulation

Valve Type	Globe, Plug, or Rotary
Actuation	Pneumatic Diaphragm, Electric Motor
Control Signal	4-20mA, HART, Fieldbus
Trim Design	Linear, Equal Percentage, Quick Open
Body Material	WCB, WC6, CF8, CF8M, Duplex

Working Principle

Control valves continuously regulate the flow rate, pressure, or temperature of fluid based on signals received from a PLC or process controller. The actuator moves the valve plug with extreme precision to vary the size of the flow passage, thereby maintaining process variables exactly at their setpoints.

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Key Features

Highly responsive pneumatic diaphragm actuators.
Customized trim designs to prevent cavitation.
Smart positioners for real-time diagnostics.
Heavy-duty stem guiding for stability.
Tight shut-off classifications (Class IV, V, VI).

Applications

Steam pressure reducing stations.
Boiler feed water level control.
Chemical reactor temperature control.
Oil and Gas refining processes.
Cryogenic fluid regulation.

Advantages

Ensures supreme product quality in processes.
Prevents system damage by regulating pressure.
Adapts to severe service conditions seamlessly.
Reduces energy consumption in pumping systems.
Fully automates complex chemical reactions.

Industrial Solenoid Valve

Electromagnetic Switching

Configuration	2/2, 3/2, 4/2, 5/2 Way
Operation Type	Direct Acting, Pilot Operated
Coil Voltage	12V/24V DC, 110V/230V AC
Body Material	Brass, SS316, Aluminum, Plastic
Compatible Media	Air, Water, Gas, Light Oil

Working Principle

Solenoid valves use an electromagnetic coil to lift a plunger or pilot a diaphragm. When electrical current is applied, the magnetic field opens or closes the valve instantly. They are commonly used to control the flow of clean fluids and are the primary pilot interface to operate larger pneumatic actuators.

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Key Features

Instantaneous on/off switching.
Low power consumption coils available.
NAMUR interface for direct actuator mounting.
Flameproof and intrinsically safe options.
Compact and lightweight design.

Applications

Piloting pneumatic actuators and cylinders.
Medical equipment and sterilization.
Automated irrigation and water systems.
Car wash systems and dispensing.
Packaging and assembly lines.

Advantages

Very fast response time (milliseconds).
Cost-effective for low-flow automation.
Can be controlled easily by standard relays.
Highly reliable for millions of cycles.
Eliminates manual switching entirely.

Industrial Valve Accessories

Complete Automation Integration

Limit Switches	Weatherproof, Explosion-proof, Proximity
Positioners	Pneumatic, Electro-Pneumatic, Smart HART
Air Filter Regulators	Aluminium, Stainless Steel (1/4" to 1")
Overrides	Declutchable Manual Gear Override
Mounting Kits	ISO 5211 Standard Brackets and Couplers

Working Principle

Accessories are crucial for providing feedback, control, and air preparation to an automated valve assembly. Limit switches confirm valve position back to the PLC, positioners ensure accurate throttling, and Air Filter Regulators (AFRs) supply clean, regulated air to the actuators to prevent premature wear.

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Key Features

High visibility position indicators.
Auto-calibration on smart positioners.
Robust, corrosion-resistant housings.
High-flow capacity AFRs with 5-micron filters.
Universal mounting brackets.

Applications

Completing pneumatic valve packages.
Remote position monitoring in control rooms.
Modulating control upgrades on existing valves.
Air supply stabilization in factories.
Manual safety override integrations.

Advantages

Extends the life of pneumatic actuators.
Prevents automation failures due to bad air.
Gives operators visual and electronic feedback.
Ensures safety during power or air failures.
Highly customizable to any control system.