This transverse adjustment cylinder is a general-purpose actuator for long-distance, platform-based linear motion in paper machines, commonly used for web guiding device transverse adjustment, rewinder unwind stand long-distance swinging, tension roller position control, or cutter pusher bar movement. Built on the 50 mm bore compact platform with an extended stroke of 1,450 mm and a thicker piston rod (35 mm) for enhanced bending stiffness under long overhang, it delivers approximately 31 kN of thrust while meeting the demands of long-distance smooth movement. Combined with a precision cold-drawn barrel, a precision hard-chrome plated piston rod, low-friction composite seals, and built-in cushioning, it ensures long-term leak-free, stick-slip-free, and smooth linear motion under the high humidity, pulp fibers, and chemical additives of paper machine rooms — a key component for the automated continuous production of paper mills.

This medium-stroke cylinder is a general-purpose actuator for moderate-distance linear motion in paper machines, commonly used for press roll loading, size press gap adjustment, cutter pusher bar movement, or rewinder unwind stand swing. Built on the 125 mm bore platform with an extended stroke of 540 mm, it delivers nearly 200 kN of thrust while meeting moderate travel range requirements. Combined with a high-strength alloy steel barrel, a precision hard-chrome plated piston rod, low-friction composite seals, and built-in cushioning, it ensures long-term leak-free, stick-slip-free, and smooth motion under the high humidity, pulp fibers, and chemical additives of paper machine rooms — a key component for the continuous and stable operation of paper mills.

This short-stroke cylinder is an actuator for applications requiring precise, short-distance linear motion in paper machines, such as cutter gap adjustment, web guiding device positioning, doctor blade angle setting, or rewinder roll pushing. It extends and retracts its piston rod precisely within a 90 mm stroke to achieve accurate position control of working devices. A compact design combining a high-strength alloy steel barrel, a precision hard-chrome plated piston rod, low-friction composite seals, and built-in cushioning ensures long-term leak-free, stick-slip-free, and precise motion under the high humidity, pulp fibers, and chemical additives of paper machine rooms — a key component for ensuring paper finishing accuracy and equipment reliability.

This long-stroke cylinder is an actuator for applications requiring ultra-long linear displacement in paper machines, such as position adjustment of tension rollers, swing arms of rewinder unwind stands, pusher plates of cutters, or conveyor mechanisms in packaging equipment. It extends and retracts its piston rod smoothly over the full 2,700 mm stroke to precisely adjust the linear position of working devices. A small-bore, long-stroke design, combined with a high-rigidity barrel, a precision hard-chrome plated piston rod, low-friction composite seals, and built-in cushioning, ensures long-term leak-free, stick-slip-free, and precise motion under the high humidity, pulp fibers, and chemical additives of paper machine rooms — a key component for ensuring the automatic continuous production of paper mills.

This press cylinder is an actuator used in the press section, size press, calender, and cutting/rewinding equipment of paper machines. It applies a precise short-stroke pressing force to nip rolls, cutter blades, or other elements. Designed with a compact high-pressure structure, it delivers stable thrust in limited space. A high-strength quenched-and-tempered alloy steel barrel, precision hard-chrome plated piston rod, special low-friction composite seals, and built-in cushioning ensure leak-free, low-stick-slip, smooth operation under the harsh conditions of high humidity, aggressive chemicals, and frequent cyclic loads typical of paper mills — a key component for ensuring paper basis weight uniformity and surface quality.

This feed cylinder is an auxiliary actuator for industrial press-forming equipment, typically mounted at the powder feeding station or material stop positioning mechanism. It extends and retracts smoothly over a long 800 mm stroke to perform quantitative powder feeding, workpiece transfer, or material stop positioning. A small-bore, long-stroke lightweight design (63 mm bore, 800 mm stroke) delivers 62 kN of thrust and 43 kN of pull. Combined with a high-strength alloy steel barrel, a precision hard-chrome plated piston rod, low-friction composite seals, and bidirectional cushioning, it ensures stable, stick-slip-free, low-leakage linear motion under dusty, oily, and high-cycle conditions — a key auxiliary component for the automated continuous production of press-forming equipment.

This auxiliary cylinder is a companion actuator for industrial press-forming equipment, typically installed on the ejector mechanism, floating platen control, or side-pressing station. Its functions include part ejection, mold floating control, lateral auxiliary pressing, or platen balance adjustment. Built on a 150 mm bore, 640 mm stroke platform, it delivers 353 kN of thrust and 291 kN of pull — a near-balanced bidirectional capability that makes it particularly suited for alternating push-and-pull cycles such as ejection and retraction. Combined with a high-strength alloy steel barrel, a precision hard-chrome plated piston rod, multi-stage seals, and bidirectional cushioning, it ensures long-term stable, leak-free reciprocating motion under dusty, high-temperature, and high-cycle conditions.

This main cylinder is the core drive element of industrial press-forming equipment such as powder compacting presses, tablet presses, or composite material presses. Mounted between the frame and the moving platen or slider, it extends and retracts with powerful hydraulic thrust to perform long-distance, high-tonnage pressing and return strokes, completing critical processes like powder compaction, hot pressing, or mold clamping. A long-stroke, high-thrust design (180 mm bore, 1,450 mm stroke, 509 kN push force), combined with a high-strength alloy steel barrel, a precision hard-chrome plated piston rod, multi-stage seals, and bidirectional cushioning, ensures stable, leak-free high-pressure operation under dusty, high-temperature, and heavy cyclic shock conditions — a key component for product forming quality and press production rates.

This tire flipping cylinder is a key auxiliary actuator in the green tire conveying and post-cure handling system of tire curing presses. Mounted on the manipulator flipping arm or the conveyor flipping station, it extends or retracts its piston rod to smoothly rotate the tire from a horizontal to a vertical orientation (or vice versa), enabling efficient loading, unloading, and integration with downstream inspection and trimming processes. A double-acting compact design with short stroke and high thrust, combined with internal cushioning, high-temperature seals, and dust protection, delivers stable, reliable, leak-free flipping motion in the hot, humid, and high-cycle environment of the curing shop, significantly boosting automation level and productivity.

This segment mold cylinder is the core actuation element for the tread-forming system in tire curing presses. Arranged circumferentially or symmetrically around the mold, it hydraulically closes multiple segment blocks simultaneously to form a complete tread cavity. Throughout the curing cycle, it provides a powerful, sustained locking force to resist the high internal steam pressure that could otherwise force the mold open. After curing, the cylinders retract synchronously to open the segments, allowing the tire to be de-molded easily. A high-thrust, medium-stroke design delivering up to 798 kN, combined with low-friction seals, bidirectional cushioning, high-temperature protection, and a synchronization control interface, ensures precise, synchronized motion and reliable long-term locking under the high-temperature, high-humidity, high-cycle loads of the curing shop. It is a key guarantee for accurate tread formation and high production efficiency.

This mold opening and closing cylinder is the core power element of the clamping unit in tire curing presses and rubber compression molding presses. Mounted between the machine frame and the moving platen, it hydraulically extends and retracts its piston rod at high frequency to smoothly close and open the mold. During the curing cycle, it must close the mold precisely and parallel without misalignment or flash, and overcome rubber adhesion during opening. A long-stroke double-acting compact design with a maximum thrust of 384 kN, combined with a low-friction seal system, anti-pressure-trap drain ports, bidirectional cushioning, and high-temperature protection, ensures precise, smooth, and leak-free mold movement under the high-temperature, high-humidity, high-cycle conditions of the curing shop. It is a key link in guaranteeing efficient continuous production.

This clamping cylinder (pressurized cylinder) is the core actuator of the mold locking system in tire vulcanizing presses. Mounted in the locking mechanism of the upper or lower mold half, it extends its piston rod after mold closure and holds it under continuous pressure, firmly locking the mold halves together. This resists the high internal steam pressure (several MPa) generated during curing, preventing mold separation that would cause flash or scrap. A high-thrust design (up to 760 kN) with an exceptionally low leakage rate ensures the piston drift is virtually zero over the entire curing cycle — which can last tens of minutes to hours. Combined with specially formulated high-temperature seals, an integrated hydraulic lock, bidirectional cushioning, and dust protection, it delivers absolutely reliable, zero-leakage clamping force in the high-temperature, high-humidity, high-cycle environment of the curing shop. It is a key guarantee for uniform tire curing and high product yield.