custom cylinders

Custom Ceramics Hydraulic Cylinder for Installation on Middle Ear Shaft in Hydraulic Engineering Ceramic hydraulic cylinders for hydraulic engineering merge cutting-edge ceramic materials with robust hydraulic system design. Engineered to thrive in the most challenging environments, they deliver outstanding resistance to wear, corrosion, and abrasive particles—making them a trusted solution for applications where conventional metal cylinders fall short. Ceramic materials such

Custom Ceramics Hydraulic Cylinder Built for Middle Ear Shaft Applications in Hydraulic Engineering When reliability under harsh conditions is critical, ceramic hydraulic cylinders offer a superior alternative. By integrating high-performance ceramics into hydraulic actuation systems, these cylinders significantly reduce downtime, resist degradation from corrosive or abrasive media, and maintain smooth operation—even in the toughest hydraulic engineering environments. Ceramic

CGKA Articulated Lifting Ring Head Hydraulic Cylinder CDH2 and CGH2 hydraulic cylinders represent upgraded versions of the CD251 and CG251 oil cylinders by R Company. Engineered for diverse industrial environments, these cylinders feature 9 specialized installation configurations to meet various operational requirements. Installation Methods CDH2 MP3 - Bottom flat ring installation CDH2 MP5 - Bottom self-centering ring installation CDH2 MF3 & CGH2 MF3 - Cylinder head flange

MP5 Hinge Lifting Ring Head CDT3 CGT3 Rod Type Differential Hydraulic Cylinder Feature Description Operating Pressure Typically rated at 16–21 MPa (≈160–210 bar), suitable for medium-to-high pressure hydraulic systems. Stroke Range Commonly available from 25 to 800 mm , covering most standard linear reciprocating applications. Flexible Mounting Supports multiple mounting options including foot mounts (MP5 often indicates a base mount), flanges, and clevises. Easy Maintenance

CAG CGAS Articulated Lifting Ring Head CDH1 MP5 Heavy Duty Hydraulic Cylinder Feature Description Construction Type Welded heavy-duty cylinder (not tie-rod type); high structural rigidity and excellent resistance to bending moments. Operating Pressure Typically rated at 21–35 MPa (some models up to 40 MPa), suitable for high-pressure hydraulic systems. Bore Diameter Range Commonly from Φ100 mm to Φ630 mm , capable of generating thrust forces in the hundreds of tons. Stroke

High Pressure Single Acting Cylinder Hydraulic Cylinder Rod Heavy Duty Tie Rod Hydraulic Cylinders Heavy duty tie rod hydraulic cylinders designed for demanding industrial applications with precision control and reliable performance. Main Application Areas Industrial automation systems Numerical Control Machine Tools: Position closed-loop control for tool feed and clamping devices Injection molding and die-casting machines: Precise control of mold clamping force and injection

CDH2 MT4 MP5 Heavy Duty Hydraulic Cylinder CDH2 MP5/63/45/500A1X/B1CHDMWW Hydraulic Cylinder Feature Description Construction Tie-rod design for easy maintenance and seal replacement Operating Pressure Typically up to 210 bar (3,000 psi) Mounting Type (MT4) Commonly rear flange mount or mid-mount trunnion (exact type depends on manufacturer) Piston Rod End (MP5) Often external thread with lock nut, or spherical eye/ball joint for misalignment compensation Typical Applications

MS2 MP5 Heavy Duty Hydraulic Cylinder CDH2MP5/80/56/1000A1X/B1CHDMWW Rod Type Differential Hydraulic Cylinder 一,Product Parameters Bore Diameter: 80 mm Rod Diameter: 56 mm Stroke: 1000 mm Installation method/accessories: A1X (standard installation interface) Sealing system: B1 (high-performance seal, suitable for medium and high pressure working conditions) Special identification: CHDMWW surface treatment chrome plated rod, buffer, magnetic switch slot and other customized

CGH1 MT4 High Pressure Piston Hydraulic Cylinder for Metallurgical Machinery CGH1 MT4 high-pressure plunger hydraulic cylinder is a single acting hydraulic cylinder designed specifically for ultra-high pressure, short stroke, and high thrust working conditions. It has the advantages of compact structure, high rigidity, reliable sealing, and standardized installation, and is widely used in pressure testing, pressing, clamping, and specialized hydraulic tools. Its core