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Carbon, or carbon fiber, is a material of many unique properties including extreme strength and light weight that lends itself to original and highly attractive designs.
Yet this material holds many secrets– as far back as 40 years ago it was used only by military research centers and NASA.
Carbon is perfect where a product must have high strength and low weight.
From the appearance point of view, in terms of decoration, carbon fiber provides an extremely unique high-tech aesthetic, and it has been proven from the aviation industry that carbon fiber composite materials have been effectively proven in resisting fatigue, corrosion resistance, and extending the life of the car body, making the car body more durable in the long term. stylish appearance.
If you have any 3D file(step iges) please send to my email: williamlee@gdonevictor.com
If you have any requirements for the products please let us know, like heat resistance, uv resistance, waterproof, high glossy finish, we can make it for you.
The composite material blank made of single-layer prepregs laid out in a predetermined direction is placed in an autoclave, and the curing process is completed under a certain temperature and pressure. An autoclave is a special pressure vessel that can withstand and regulate a certain temperature and pressure range. The blank is laid on the surface of the mold with release agent, then covered with porous anti-adhesive cloth (film), adhesive felt, and breathable felt in sequence, sealed in a vacuum bag, and then placed in a hot-pressed tank. Before heating and curing, the bag is first evacuated to remove air and volatile matter, and then the temperature, pressure, and curing are increased according to the curing system of different resins. The formulation and implementation of the curing system is the key to ensuring the quality of autoclave molded parts.
A method in which a certain amount of prepreg is added to a metal mold and solidified by heating and pressure. The main advantages of the molding process are high production efficiency, ease of professionalization and automated production, and accurate product dimensional accuracy. It has good repeatability and can form products with complex structures at one time. It can be produced in batches and the price is relatively low
This technique has applications in the manufacture of carbon sheets and other large items that have a moderately complex shape.
Manufacture of high quality carbon fiber products requires costly technology. Dexcraft is one of the few companies that manufacture products using proprietary technologies of manual laminating that ensure high quality composites.