Product Details
Reliable Structure
0-degree lay-up for cylinder barrel, 90-degree lay-up for piston rod
Significant Lightweight Effect
the cylinder barrel is reduced by 26% and the piston rod by 58%
Excellent High-Pressure Resistance
40Mpa
Features
Structural Design Details
Adopting a composite structure of mutual cladding between metal materials and carbon fiber materials, with precise lay-up design for core components——the cylinder barrel adopts 0-degree lay-up process, which can effectively reduce the stress and displacement of the cylinder barrel during operation and improve structural stability; the piston rod adopts 90-degree lay-up process, which significantly improves the stiffness of the piston rod and ensures transmission accuracy. The metal inner lining and the fiber winding layer work together to bear the oil pressure in the hydraulic cylinder, giving full play to the performance advantages of the two materials.
Material Selection Details
The resin matrix adopts a tough epoxy resin system, which fundamentally overcomes the defects of high brittleness and poor fatigue resistance of ordinary epoxy resins; at the same time, nano-materials are doped in the resin matrix to further enhance the anti-leakage performance of the product and ensure the tightness of the hydraulic system.
Performance Parameter Details
Through scientific lay-up design analysis and material optimization, the product can stably meet the pressure resistance requirement of 40Mpa; the lightweight effect is significant. Compared with traditional metal hydraulic cylinders, the cylinder barrel is reduced by 26% and the piston rod by 58%.
