When it comes to materials, it may seem quite complex, but in fact, it's not entirely the case. Everyone must have heard of the Stone Age, Bronze Age, and Iron Age. This is a very popular and evident indication of the relationship between the development of human history and materials. To this day, about half of the global material structure is still made of steel or its alloys. In this sense, we are still in the Iron Age.
A good material for structure, usually with high strength, relatively small deformation under external forces, or light weight. Sometimes, we require materials to possess all three characteristics: high strength, small deformation, and low weight.
Materials with high strength, small deformation, and low weight that meet these characteristics are often used in aerospace. The motion speed of aircraft is high, with high overload, and strict requirements for material strength and deformation. Moreover, for every kilogram of weight loss in commercial aircraft, it can save $3000 in fuel per year. Long range rockets and spacecraft can save $10000 in fuel for every kilogram of weight lost. By reducing weight, one can increase payload and reduce flight costs. Therefore, the field of high-speed flight is very sensitive to the weight of materials. So Carbon Fiber Cloth can precisely solve these problems. Carbon Weave Fabric has the characteristics of high strength, lightweight, and high temperature resistance.