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A Hand Lever Valve 1/4" × 5/2 is a type of manually operated directional control valve used mainly in pneumatic systems (compressed air circuits).
This means the valve is operated manually using a lever. When you push or pull the lever, it changes the airflow direction.
Refers to the size of the inlet and outlet ports (usually 1/4 inch BSP or NPT threads). This determines how much air can flow through the valve and what piping it connects to.
A Hand Slide Valve (Male × Female) is a manually operated valve used to start, stop, or regulate the flow of fluids such as water, air, oil, or other non-corrosive media in pipelines. It is simple in design and widely used in basic industrial and utility applications.
An angle seat valve is a 2/2-way valve where the inlet and outlet are arranged at an angle (typically 90°), allowing for smooth flow with minimal pressure loss. The flange type refers to its end connections, which are designed to be bolted to pipeline flanges for secure and leak-proof installation.
A Brass Pressure Reducing Valve (PRV) is a compact, durable device designed to automatically regulate and reduce incoming fluid pressure to a safe, stable downstream level. Constructed from high-quality brass, the valve offers excellent corrosion resistance, long service life, and suitability for potable water, air, and non-aggressive fluids.
A 5/2 double-button valve directs compressed air to control a double-acting cylinder. The valve has two push buttons, and the movement of the spool depends on manual actuation from either one or both buttons (depending on the design). When actuated, the valve switches air flow from one cylinder chamber to the other, causing extension or retraction.
A 3/2 button valve is designed to start, stop, or redirect air flow in a pneumatic system. When the operator presses the button, the valve changes state—typically allowing compressed air to flow from the supply port to an output port. When the button is released, a spring usually returns the valve to its original position, venting or blocking the output port.
A 5/2 double-button closure features five total button positions, arranged so that two buttons are engaged at each fastening point for added security and stability. This design improves durability, prevents gaping, and provides a more structured, reinforced closure. The overlapping front panel is secured by paired buttons placed vertically or slightly offset, creating a clean, symmetrical appearance while enhancing functional strength.
Techno manual push-button valve named 2P-M5 — a 2/2 way air valve
2P-M5 is a 2-way, 2-position pneumatic button valve — this means it either opens or closes air flow between 2 ports.
A Flow Control Valve is a device used to regulate the rate of fluid flow in hydraulic, pneumatic, or process systems. It operates by adjusting the size of the flow passage, allowing precise control of actuator speed, system response, and overall fluid movement. Flow control valves may be manually operated or automatically controlled and are available in pressure-compensated or non-compensated designs.
A flow control valve is a mechanical device used to regulate the rate of fluid flow within a hydraulic, pneumatic, or process-control system. It functions by adjusting the size of the passage through which the fluid travels, allowing precise control over flow rate, pressure, and system speed. port size ( 1/8“ 1/4” 3/8“ 1/2” 3/4“ 1” )
A check valve, also called a non-return valve (NRV) or one-way valve, is a self-acting valve designed to stop reverse flow in a pipeline. When fluid flows in the forward direction, the valve opens; when flow tries to reverse, the internal element (disc, ball, poppet, or flap) immediately closes, sealing the passage.
A comparison between check valves and quick exhaust valves
Specification-style description for a specific size (e.g., 1/4“, 1/2”)
A quick exhaust valve (QEV) designed to rapidly vent air from a pneumatic cylinder to atmosphere, increasing the speed of the actuator’s retraction or extension.
It’s typically mounted close to the cylinder, so that when the supply is cut off, the exhausted air bypasses the slower directional/control valve and is dumped immediately.
Working Pressure Range: Usually up to 1.0 MPa (some variants say 0–0.8 MPa).
A quick exhaust valve is a normally closed, self-acting valve positioned close to the pneumatic actuator. During pressurization, air passes through the valve to the actuator. When the supply pressure is removed or reversed, the internal diaphragm or piston shifts, immediately opening a large exhaust port to atmosphere. This fast venting dramatically increases the actuator’s retraction or extension speed.
The Y-Type Angle Valve (also known as a Y-Type Control Valve or Angle Seat Valve) is a high-performance valve designed to control the flow of air, water, steam, gases, or other fluids in industrial pipelines. Its distinctive Y-shaped body provides a streamlined flow path, reducing flow resistance and minimizing pressure drop — making it highly efficient for applications requiring frequent on/off or modulating control.
Design: Y-type / Angle seat configuration for smooth flow and minimal turbulence
Operation: Pneumatically or electrically actuated (Single Acting or Double Acting)
Body Material: Stainless Steel (SS304 / SS316), Brass, or Bronze depending on application
Seat/Seal Material: PTFE / EPDM / NBR for chemical and temperature resistance
Pressure Rating: Typically up to 16 bar (varies by model and size)
Temperature Range: –10°C to +180°C (steam-rated variants up to +220°C)
End Connection: Threaded (BSP/NPT), Flanged, or Tri-Clamp options
Sizes Available: DN15 (½″) to DN80 (3″) or larger
Parameter Specification
Type Y-Type Angle Seat Valve
Operation Pneumatic, Single Acting (Spring Return)
Body Material Stainless Steel 316
Seat Material PTFE
Pressure Range 0–16 bar
Temperature Range –10°C to +180°C
Media Air, Water, Steam, Neutral Gases
End Connection BSP Threaded / Flanged
Sizes ½″ to 3″ (DN15–DN80)
