Products

Integral five valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control

Integral five valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control

Differential pressure gauge five valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control

The Oil-Filled Back Connection Pressure Gauge is designed for accurate pressure measurement in high-vibration or pulsating fluid systems. The oil filling dampens needle vibration, providing stable readings and extending the life of the gauge. The back connection design allows easy mounting directly onto equipment or pipelines, making it ideal for industrial, hydraulic, and process control applications.   Common Typical : Oil-filled case: Reduces pointer vibration and protects internal components Back connection (bottom mount): Convenient mounting directly on pipelines or equipment Wide pressure range: Available in various ranges to suit low- or high-pressure applications Durable construction: Stainless steel or corrosion-resistant materials for long service life High accuracy: Provides reliable and repeatable readings Optional features: Safety glass lens, glycerin or silicone filling, custom scales  

The Liquid-Filled Bottom Mount Pressure Gauge is engineered to provide accurate pressure measurement in systems with vibration, pulsation, or fluctuating pressures. The liquid filling (commonly glycerin or silicone) dampens pointer movement, protecting the internal mechanism and ensuring a stable reading. The bottom mount design allows convenient installation directly onto pipelines or equipment.   Common Typical : Liquid-filled case: Minimizes needle vibration and mechanical wear Bottom (back) connection: Easy installation on pipes, tanks, or equipment Wide pressure range: Available for low- and high-pressure applications Durable construction: Stainless steel or corrosion-resistant materials High accuracy: Reliable and repeatable readings in demanding environments

The Single Flange Mounted Liquid Level Transmitter is designed for continuous, accurate measurement of liquid levels in tanks, vessels, and process systems. The transmitter uses a sensor mounted via a single flange for easy installation and maintenance. Its robust construction ensures reliable performance in industrial, chemical, and water treatment applications.   Common Typical : Single flange mounting for simple installation and secure connection Continuous liquid level measurement with high accuracy Durable construction: Stainless steel or corrosion-resistant materials suitable for harsh environments Wide process compatibility: Works with water, chemicals, oils, and other process fluids Output options: 4–20 mA, HART, or other standard industrial signals

The High Pressure Reducing Gas Regulator is designed to safely reduce and control high-pressure gas to a lower, usable pressure for downstream equipment and processes. Manufactured from high-strength stainless steel or corrosion-resistant alloys, this regulator provides precise pressure control, excellent stability, and long-term durability in demanding industrial and laboratory applications.   Common Typical : High pressure inlet capability: Suitable for ultra-high-pressure gases Adjustable outlet pressure: Provides stable, precise regulation Corrosion-resistant construction: Stainless steel / brass / alloy options Leak-tight sealing: Ensures safe operation with toxic, reactive, or high-purity gases Durable design: Long service life under continuous or pulsating gas flow Connection types: Threaded or flange connections compatible with standard tubing and piping

The Back Pressure Regulator Valve is specifically designed for controlling and maintaining stable back pressure in corrosive gas systems. Constructed from high-quality corrosion-resistant materials, it ensures reliable performance even when handling aggressive gases like chlorine, hydrogen chloride, ammonia, or other reactive chemicals. The valve is ideal for laboratory, chemical, and industrial processes requiring precise pressure control and safety.   Key Features: High corrosion resistance: Stainless steel or specialty alloys to withstand harsh gases Accurate back pressure control: Maintains system pressure within tight tolerances Adjustable set point: Easily set to desired pressure for consistent system operation Compact and robust design: Suitable for high-pressure corrosive environments Connections: Threaded or flanged, compatible with standard tubing or piping systems Wide chemical compatibility: Ideal for reactive and aggressive gases

Ultra High Pressure Tee Tube Fitting is designed to connect three cone-and-thread tubing lines in high-pressure instrumentation systems. Manufactured from stainless steel (typically 316 or 17-4PH), this tee fitting delivers leak-tight performance in pressures up to 20,000 psi (1379 bar). Ideal for hydraulic control systems, pressure testing equipment, and extreme-pressure fluid handling.   Common Types : a. Straight Tube Connector: Connects two tubes in a straight line b. Union Elbow (90°): Tube connection at right angle c. Tee Connector: Connects three tube runs (T-shape) d. Bulkhead Connector: Passes tubing through a panel or enclosure e. Male / Female Adapters: Connect tubing to threaded components f. Caps & Plugs: Close off ports or tubing for pressure test sealing

The Ultra High Pressure Elbow Tube Fitting is engineered for connecting cone-and-thread tubing at a precise 90-degree angle in extreme pressure applications. Designed from high-strength stainless steel (SS316 or 17-4PH), this elbow fitting delivers reliable, leak-tight performance in systems operating up to 20,000 psi (1379 bar). Ideal for installations where space is limited and flow direction needs to change without compromising pressure or safety.   Common Types : a. Straight Tube Connector: Connects two tubes in a straight line b. Union Elbow (90°): Tube connection at right angle c. Tee Connector: Connects three tube runs (T-shape) d. Bulkhead Connector: Passes tubing through a panel or enclosure e. Male / Female Adapters: Connect tubing to threaded components f. Caps & Plugs: Close off ports or tubing for pressure test sealing

The Ultra High Pressure Cross Tube Fitting is designed for connecting four cone-and-thread tubes in ultra-high pressure hydraulic or instrumentation systems. Each port maintains a secure, leak-tight connection using the cone & thread assembly, ensuring consistent performance at working pressures up to 20,000 psi (1379 bar). Manufactured from high-strength stainless steel (SS316 or 17-4PH), this cross fitting offers excellent corrosion resistance and durability in extreme environments.   Common Types : a. Straight Tube Connector: Connects two tubes in a straight line b. Union Elbow (90°): Tube connection at right angle c. Tee Connector: Connects three tube runs (T-shape) d. Bulkhead Connector: Passes tubing through a panel or enclosure e. Male / Female Adapters: Connect tubing to threaded components f. Caps & Plugs: Close off ports or tubing for pressure test sealing

The OD 3/8″ High Pressure Male Thread Nipple is designed to connect two female-threaded components in ultra-high-pressure systems. Featuring a cone-and-thread style tube connection and male thread on the opposite end, this nipple provides a secure and leak-tight transition between tubing and threaded ports. Engineered for demanding hydraulic and instrumentation environments.   Common Typical : Tube side: 3/8″ cone-and-thread connection (Autoclave / AE style) Thread side: Male thread (NPT / BSP / UNF optional) High pressure rating—typically used in up to 20,000 psi systems (depending on specification) Made from SS316 / SS316L / 17-4PH stainless steel Designed for vibration-resistant, leak-proof sealing Compatible with high pressure valves, manifolds, and fittings