Moken (Xiamen) Industrial Co., Ltd.
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Wear-Resistant Dynamic Sealing Rubber-Bonded Fabric Parts

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    • Pressure relief valve
      01

      Rubber Parts Bonded Clothes

      Characteristic: Combining the elasticity of rubber with the strength of fabric, it enhances wear resistance, tear resistance, and pressure resistance.
      Application environment: Can be used in damp, frictional, and pressure environments.
      Application scenario: Suitable for sealing, buffering and other scenarios, such as sealing parts of automotive engines and large machinery. The main function is to seal and prevent leakage, withstand pressure, buffer vibration, and extend the service life of the equipment.
    • Rubber Parts Bonded Clothes (1)
      02

      Fabric-Reinforced Rubber Diaphragm for Water Valve

      Performance: It has good flexibility and sealing performance, which can accurately control the on - off and flow rate of water, ensuring a stable water flow.
      Temperature Resistance: Generally, it can withstand a certain temperature range. Commonly, it can work stably between - 20℃ and 80℃, and some special - made ones can adapt to a wider temperature interval.
      Application: It is widely used in various water systems, such as domestic and industrial water supply and drainage pipelines.
      Function: It is a key component for controlling water flow, realizing functions such as water flow switching and pressure regulation. 
    • Rubber Parts Bonded Clothes (2)
      03

      Rubber Diaphragm for Gas Proportional Valve

      Performance: It has high sensitivity and precise pressure - conducting performance, capable of rapidly responding to pressure changes, accurately controlling gas flow, and ensuring the stability and accuracy of gas supply.
      Temperature Resistance: Generally, it can maintain stable performance within the temperature range of - 40°C to 120°C, adapting to different ambient temperatures.
      Application: It is mostly used in gas appliances such as gas wall - hung boilers and water heaters.
      Function: It adjusts the opening of the gas passage according to control signals, thus regulating the gas - to - air ratio to achieve energy - saving and stable combustion. 
    • Pipe clamp valve
      04

      Rubber Diaphragm for Gas Proportional Valve

      Performance: It has high sensitivity and precise pressure - conducting performance, capable of rapidly responding to pressure changes, accurately controlling gas flow, and ensuring the stability and accuracy of gas supply.
      Temperature Resistance: Generally, it can maintain stable performance within the temperature range of - 40°C to 120°C, adapting to different ambient temperatures.
      Application: It is mostly used in gas appliances such as gas wall - hung boilers and water heaters.
      Function: It adjusts the opening of the gas passage according to control signals, thus regulating the gas - to - air ratio to achieve energy - saving and stable combustion. 
    • Rubber Parts Bonded Clothes (3)
      05

      Rubber Diaphragm for Electromagnetic Valve

      Performance: It has excellent elasticity and fatigue resistance, rapid response, precise control of fluid flow, excellent sealing performance, can effectively prevent leakage, and ensure stable operation of the solenoid valve.
      Temperature resistance: Generally, it can withstand temperatures ranging from -20 ℃ to 150 ℃, and special materials can adapt to more extreme temperature environments.
      Application: Widely used in various fluid control systems such as water, oil, gas, etc., covering many fields such as industry and civil use.
    • Pipe clamp valve
      06
      Rubber cloth film is used in solenoid valves to control the movement of the valve core. When the electromagnetic coil is powered on or off, the magnetic force generated acts on the diaphragm, causing deformation and driving the valve core to move, achieving on/off control of the valve.
      The sealing parts of solenoid valves, such as the connection between the valve core and valve seat, and the connection between the valve body and end cap, will use rubber cloth seals to ensure that the medium does not leak.
      Function: Under the action of electromagnetic force, the valve core is controlled to achieve automatic control of fluids, such as switch control, flow regulation, etc.
    • Pneumatic Valve
      07

       Diaphragm pump

      -Diaphragm: The rubber cloth diaphragm is the core component of the diaphragm pump, located inside the pump head. It divides the pump chamber into a conveying medium chamber and a driving liquid chamber, and achieves the suction and discharge of the medium through reciprocating motion.
      -Sealing components for inlet and outlet one-way valves: Rubber cloth seals are used at the inlet and outlet positions of the diaphragm pump to seal the one-way valve, ensuring that the medium can only flow in the specified direction and preventing backflow. 
    • Pneumatic Valve
      08

      Pneumatic valve

      -Diaphragm: A rubber cloth diaphragm is used in the actuator of pneumatic valves to receive pressure signals from compressed air, convert the pressure into mechanical displacement, and drive the valve core to open, close, or adjust the flow rate of the valve.
      -Sealing gasket: At the connection parts between the valve stem and valve cover, valve body and valve cover of pneumatic valves, rubber cloth gaskets play a sealing role to prevent gas leakage.
    • Pressure relief valve
      09

      Pressure relief valve

      -Diaphragm: The rubber cloth diaphragm is a sensitive component of the pressure reducing valve, located in the regulating mechanism of the valve. According to changes in outlet pressure, the diaphragm deforms and, through interaction with components such as springs, adjusts the opening of the valve core to stabilize the outlet pressure.
    • Pipe clamp valve
      10

      Pipe clamp valve

      -Valve core: The valve core of the pipe clamp valve adopts a rubber cloth structure, usually a rubber hose made of rubber cloth. The hose is squeezed by an external clamping device to change the flow area of the hose and achieve control of the medium flow rate.

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