Cross-Type Tube Fitting with Dual Ferrules is a precision stainless steel tube fitting designed to connect four tubes of the same outer diameter in a cross or “+” configuration. Each connection point uses a dual ferrule compression sealing system providing a leak-tight and vibration-resistant joint.   Common Thread Types: a. NPT Thread: Thread interference (uses PTFE sealant/tape) b. BSPP Thread: Uses O-ring or bonded washer c. BSPT Thread: Thread interference (similar to NPT) d. JIC 37° Flare: 37° metal-to-metal flare seal

Stainless Steel Male Connectors Tube Fittings are precision-engineered fittings used to connect a tube end to a female threaded port in instrumentation, hydraulic, and pneumatic systems. One end of the fitting connects to straight tubing using a dual ferrule compression seal, and the other end connects to equipment, valve, manifold, or another component using a male thread.   Common Thread Types: a. NPT Thread: Thread interference (uses PTFE sealant/tape) b. BSPP Thread: Uses O-ring or bonded washer c. BSPT Thread: Thread interference (similar to NPT) d. JIC 37° Flare: 37° metal-to-metal flare seal

Union Tee Connector Fitting is a stainless steel tube fitting designed to connect three tubes of the same outer diameter in a T-shaped (90°) configuration. It allows the process flow to branch into two directions or combine two flow paths into one.   Common Thread Types: a. NPT Thread: Thread interference (uses PTFE sealant/tape) b. BSPP Thread: Uses O-ring or bonded washer c. BSPT Thread: Thread interference (similar to NPT) d. JIC 37° Flare: 37° metal-to-metal flare seal

The Screwed Bonnet Female Needle Valve is a compact, precision shut-off valve featuring a threaded bonnet-to-body connection and female threaded end ports.It’s designed for reliable operation under medium to high pressure, providing precise flow control and positive shutoff in instrumentation and process applications.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).

The Screwed Bonnet Dual Ferrule Needle Valve is a precision-engineered shut-off valve with a threaded bonnet-to-body connection and dual ferrule tube fitting ends.It offers leak-free, vibration-resistant connections and fine flow control, making it ideal for instrumentation and process control systems handling gases or liquids under pressure.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).

T Type Two Valve Manifold made by Anhui Hongji (Valvento) 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

Instrumentation integral three 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

Bulkhead Female Connectors are stainless steel tube fittings designed to connect a tube to a male-threaded port through a panel, enclosure, or bulkhead wall. The connector has a female threaded end and a compression tube end. It includes a bulkhead locknut to secure the fitting onto a fixed surface.   Common Thread Types: a. NPT Thread: Thread interference (uses PTFE sealant/tape) b. BSPP Thread: Uses O-ring or bonded washer c. BSPT Thread: Thread interference (similar to NPT) d. JIC 37° Flare: 37° metal-to-metal flare seal

The Stainless Steel Handwheel Needle Valve (Female Thread Type) is a precision flow control valve designed for accurate regulation and reliable shut-off in instrumentation, hydraulic, and process systems. Featuring female threaded end connections and a handwheel-operated stem, this valve ensures smooth, fine adjustment of flow and long-term durability under high-pressure conditions.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).

The forged body dual ferrule needle valve is a precision, high-integrity shutoff and flow control valve designed for instrumentation and process control systems.It features a forged stainless steel body for superior mechanical strength and dual ferrule tube fitting ends for leak-free, vibration-resistant connections.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).

QFF3 Three 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