Custom-made aircraft brake system of carbon ceramic brakes

Lema company uses continuous long carbon fiber materials and 3D dimensional braiding method to produce more powerful brakes and more durable products, and the heat capacity is three times the normal brake products; efficient thermal conductivity ensures rapid cooling the brake system , as well as long-lasting consistent braking ability. Lema company has developed a unique patented new generation carbon-ceramic composite materials technology, which can provide top braking performance products: products as compared to cast iron brake discs, weight reduction of at least 70% (typically unsprung weight loss 20KG) ? Better handling and driving flexibility and better brakes somatosensory (less noise; less vibration; more smoothly)??? excellent braking performance (including dry, wet different conditions) less brake wear - a longer life-cycle resistant braking performance extraordinary, even in cold climates this new energy-saving products to meet market demand for more, in material with high thermal conductivity (both high heat) foundation vents will be raised to 48??? , heat dissipation by more than 50% compared to the previous generation of products in the weight is in a 20% lighter. Our technology and advantages of carbon fiber material molded preform contains many pores, density is low, can not be directly applied, shall carbon deposited on the preform, fill its void, to become a true compact structure, excellent performance of carbon / carbon composite material. Lema company developed a chemical vapor infiltration process and in line with the melting infiltration process their products require pre-silicon carbide deposited on a carbon body parts, thereby producing the final composite material - a carbon-carbon & carbon-ceramic composite. Technology & chemical vapor infiltration of silicon carbide melting infiltration techniques staple length fiber VS many high-performance vehicles? By air brake parts production technology, forming one? Weaving techniques using 3D structure and a long fiber production of high-grade carbon fiber material preform? Usually short fibers As a producer of carbon-ceramic brakes standard raw materials, such as Ferrari, Porsche and Aston Martin. This material will be cut into short carbon fiber bundle, and then mixed with the resin. The long-fiber raw materials are from polyacrylonitrile (PAN) made of cloth stacked; polyacrylonitrile (PAN) cloth respectively 0 ° and 90 ° angle of layer by layer superimposed, then woven together to form a matrix structure, namely carbon fiber preform member . Follow the finished production process is similar, however, long-fiber material has a higher strength and a very significant high thermal conductivity. Lema company's high thermal conductivity material, the thermal conductivity is 3 times the staple fiber material; and, compared to the shorter fiber brake discs are die-casting, long-fiber brake discs production and processing technology is more suitable for small size or niche vehicles. Therefore, the use of long fiber material modification allows customers to minimize the cost and production flexibility.