• The hydraulic cylinder is used as a light duty hydraulic actuator for reciprocating linear movement.
• Mainly composed of cylinders, end covers, tie rods, pistons, piston rods, seals and dustproof parts.
• Compact structure, light weight, strong applicability, various installation forms and with buffers equipped.
• Suitable for chemical, mining, machinery, metallurgy, textiles, plastics and other industries.
• The hydraulic cylinder is a light duty hydraulic power actuator for reciprocating linear motion.
• Mainly composed of cylinders, end covers, tie rods, pistons, piston rods, seals and dustproof parts.
• Simple structure, low pressure, strong applicability, easy disassembly maintenance, buffers can be equipped.
• Applicable for machinery, mining, textile, metallurgy, chemical and other industries.
• The hydraulic cylinder is a light duty hydraulic actuator used for reciprocating linear motion.
• It is mainly composed of cylinders, end covers, pistons, piston rods, seals and dustproof parts.
• It features compact structure, light weight, low pressure, reliable performance, buffer can be set.
• Used to textile, plastic, metallurgy, chemical, mining, machinery and other industries.
• A combined hydraulic cylinder by pushing the gear rack mechanism driven by hydraulic energy to output torque.
• With various and selectable swing angles, structural types, output modes, installation ways.
• It features low friction without external leakage, low starting pressure, reliable performance and long life.
• Applicable for the cases where space is smaller but large torque is required for the limited rotary angle.
• The racks drive the gears, to convert thrust force of hydraulic cylinder to the output torque of gear shaft.
• The rotary angle of the gear shaft is proportional to the length of the racks.
• It features low friction, no leakage, low starting pressure, high efficiency, reliable performance.
• Suitable for the cases where space is smaller but large torque is required for the limited rotary angle.
• The linear motion is changed into rotary motion by the gear driven by the rack, the torque is output.
• Various options of swing angles, structural types, output modes, installation ways.
• High mechanical efficiency, low friction, no leakage, reliable performance, long fault-free period.
• Applicable for the cases where space is smaller but large torque is required for the limited rotary movement.
• A combined hydraulic cylinder to output torque, to turn linear motion into rotary motion by the rack gear.
• A variety of selectable swing angles, structural types, output modes, installation ways.
• High mechanical efficiency, low starting pressure, low friction, no leakage and reliable performance.
• Applicable for the cases where space is smaller but large torque is required for the limited rotary angle.
• A combined hydraulic cylinder to output torque, by pushing gear rack mechanism driven by hydraulic energy.
• A variety of options of swing angles, structural types, output modes, installation ways.
• Low starting pressure, high mechanical efficiency, no internal and external leakage, long fault-free period.
• Used in the cases where space is smaller but large torque is required for the limited rotary movement.
• A combination of guide unit and standard pneumatic cylinder, with the circulating ball bearing guide.
• Each guide device can be combined in the X-Y or X-Y-Z axis to form a modular design.
• High guiding accuracy can prevent the piston rod twist and enhance the cylinder load bearing capacity.
• For work piece clamping applications such as the changing, conveying and positioning of work pieces or tools.
• A hydraulically piloted 2- or 3-stage valve for closed-loop control of force, position, pressure or velocity.
• The pressure chamber on the control valve sleeve is designed with a gap seal, with no seal ring wearing.
• Sound sensitivity, good rapidity, high dynamic characteristics, low hysteresis and zero drift.
• Mainly used for pressure, flow or position control in hydraulic servo control systems.
• A valve that controls fluid flow by changing the throttled section or throttled length.
• The throttle valve and the check valve are combined in parallel, functioning for one-way speed regulation.
• Simple structure, large range of flow regulation, small fluid resistance, wide range of application.
• Widely used in the speed regulation and time delay circuit of the hydraulic control system.
• The most important actuator element in the electro-hydraulic control system, applied for low pressure.
• Rotary valve core and clearance adjustment structure, small friction loss, high repetition accuracy.
• External manual mechanical adjustment, performance monitoring and online clean without disassembly.
• For high precision control cases such as strip centering and correction of electro-hydraulic control system.
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