Time:2023-11-27 13:43:49 Browse: 120
Carbon fiber is widely used in the outer shell of 3C products, sports equipment, and the automotive industry for hollow molding. The carbon fiber molding process consists of three stages: the flow stage, gelation stage, and curing stage. The first two stages determine the flowability and flow time of the molding material, serving as prerequisites for the quality of molded products. The latter stage is crucial for controlling the deformation of the product.
The Carbon Fiber Product Molding Press is an ideal processing equipment for manufacturing carbon fiber products. The specific machine mentioned is a 400-ton gantry frame hydraulic press produced by Nadun Machinery Manufacture Co., Ltd. The gantry-integrated frame ensures rigidity, and the machine adopts adjustable four-corner eight-surface guide rails. It features a new type of four-corner balance mechanism that continuously adjusts and corrects the flatness parallelism during the pressing process, offering customization options for segmented pressure and multi-stage pulsation according to customer requirements. Temperature, time, and pressure are all critical factors in carbon fiber molding, and the 400-ton gantry frame hydraulic press can achieve automation.
The Carbon Fiber Product Molding Press - 400 Ton Gantry Frame Hydraulic Press is used for molding carbon fiber components for bicycles, sailboats, tennis rackets, and more. It is equipped with a touchscreen control system that can record and export data such as heating time, temperature curves, and mold closing pressure, providing an easy and intuitive operation.
Parameters of the Carbon Fiber Product Molding Press:
1. Plate Size: 2000*800mm
2. Stroke: 400mm
3. Liquid Working Pressure: 25MPA
4. Mold Closing Force: 200T
5. Power: 20KW
6. Working Layers: 1 layer
7. Operation Mode: CNC touchscreen, with data export capability via USB
8. Heating Method: Thermal oil heating
9. Temperature Control: Room temperature to 300℃, temperature accuracy ±1℃, uniformity of heat at each point on the hot plate ±2℃, heating rate 2℃/min.
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