This extrusion mould has excellent high-temperature stability and dimensional consistency, solving the pain points of easy deformation and short service life of traditional dies when processing composite materials. The plasma nitrided cavity has a hardness of HRC 55-58, which can withstand the high friction and shear force generated during the extrusion of fiber-reinforced polymers. The uniform circulating cooling system controls the mold temperature within ±2℃, ensuring consistent forming quality of carbon fiber profiles, and the precision machining accuracy of ±0.01mm ensures the dimensional accuracy of complex-shaped composite profiles.
Cavity Length: 450mm, Overall Mold Dimensions: 600mm × 300mm × 200mm, Mold Weight: 28kg, Base Material Hardness: HRC 32-35, Cavity Hardness: HRC 55-58, Tolerance Range: ±0.01mm, Cooling Channel Diameter: 10mm, Compatible Extrusion Press Tonnage: 200-500 Tons, Applicable Composite Materials: CFRP, GFRP, aramid fiber prepregs, High Temperature Resistance: ≤200℃, Compliance Certifications: AS9100D, ISO 9001:2015
Mainly applicable to aerospace component manufacturing enterprises, lightweight automotive accessory plants, sporting goods production workshops, and industrial robot structural part processing plants. Typical use cases include producing carbon fiber automotive body panels, bicycle frame profiles, drone structural beams, and industrial robot arm shells. It can also be customized for special-shaped composite profiles for high-end industrial equipment.
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