• An energy conversion device converts the pressure energy of compressed air into rotary mechanical energy.
• Large starting torque, good low speed performance, anti-overload, anti-explosion and anti-high temperature.
• Key parts the cylinder, piston and crankshaft of high quality materials by CNC processing and heat treatment.
• It is applicable for the cases requiring low-speed and high-torque operation.
• A power unit uses the expansion effect of compressed gas to convert pressure energy into mechanical energy.
• Stepless regulation, starting with load, long-term full load operation, good anti-explosion performance, etc.
• Key parts rotors, stators and blades are made of high quality materials by CNC processing and heat treatment.
• Used in shipbuilding, mining, petroleum, carpentry, papermaking, packaging machinery and other industries.
• A power device that converts the air compression energy into the gear engagement to output mechanical energy.
• With simple structure, impact resistance, light weight, low quality requirements for air source, etc.
• Key parts the gear, motor body and end cover of high quality materials by CNC processing and heat treatment.
• It is mainly used in mining tools, mining machinery and other places.
• Pneumatic actuators that converting the pressure energy of the compressed air into mechanical energy.
• Compact structure, good versatility, high pressure resistance, oil-free lubrication, etc.
• Main parts are made of aluminum alloy, and the pull rod is fastened between the end cover and the cylinder.
• Found in textile, light industry, packaging, automobile and industries of the pneumatic transmission system.
• This series of cylinders consist of the main parts of the front end cover, cylinder, piston and others.
• Low starting pressure, excellent performance, various optional accessories, etc.
• The main parts cylinders and end covers are made of aluminum alloy.
• For textile, light industry, packaging, automobile and industries of pneumatic transmission system.
• Composed of cylinders, cylinder covers, piston rods, seals and other parts.
• It has the advantages of heavy load, good rigidity, reliable sealing structures, optional buffer forms.
• Cylinders by pipe precision machining, high temperature resistant seals of fluorine rubber materials.
• Applicable for metallurgy, mining, automobile, light industrial machinery and other industries.
• A combined flow control valve composed of the check valve and throttle valve in parallel.
• It has the characteristics of smooth movement, with back pressure.
• The forward flow is throttled while the reverse flow passes directly.
• It is commonly used to control the movement speed of the components.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• With memory function, low requirement for air purification, strong anti-dust ability and so on.
• Normally closed and normally open, single electric control and double electric control structures available.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• Low requirement for air purification, strong anti-dust ability, memory function, various installation forms.
• There are a variety of positions, channels and voltages to be selected.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• Solenoid pilot, memory function, various installation forms, low air purification requirement, anti-dust.
• There are a variety of channels, positions and voltages to be selected.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• A combined flow control valve composed of the check valve and throttle valve in parallel.
• It is with back pressure and stable movement adjustment.
• The forward flow is throttled while the reverse flow passes through directly.
• Applicable for the cases of uniform adjustment of one-way speed of pneumatic actuators.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• With the positioning device, memory function, solenoid pilot and strong anti-dust ability, etc.
• A variety of voltages, positions and channels are available.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
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