The rapid development of technology today has also stimulated the emergence of various high-tech textile materials in the textile industry. Functional textile materials, high-performance fibers, etc. are not only used in daily household use, but also widely used in transportation, health, environmental protection and other fields.
The textile technology related to foreign countries has been widely applied, but domestic technology in this area is still relatively lacking. In order to promote the development of China's future textile industry and reduce the dependence on technology imports, China will also focus on researching and developing the following technologies in the future textile industry:
Graphene
Graphene is currently the thinnest, hardest, and most conductive and thermally conductive new type of nanomaterial discovered. Graphene is known as "black gold" and is the "king of new materials". Scientists even predict that graphene will "completely change the 21st century."
Interestingly, graphene was not born using "tall" science and technology, but was "glued" from the graphite crystal by two scientists from the University of Manchester in the UK with transparent tape.
Graphene currently has the greatest potential as a substitute for silicon, manufacturing ultra micro transistors for the production of future supercomputers. According to relevant experts, replacing silicon with graphene can accelerate the running speed of computer processors by hundreds of times. Recently, scientists from the Massachusetts Institute of Technology in the United States have found through research that graphene can be transformed into topological insulators with unique functions under specific circumstances. This research discovery has the potential to bring a new method for manufacturing quantum computers.
Secondly, graphene can assist in the development of supercapacitors and lithium-ion batteries. According to relevant data, adding graphene materials can expand the capacity of capacitors of the same volume by more than 5 times, while adding graphene to lithium battery electrodes can significantly improve their conductivity. In addition, graphene can also be applied in fields such as circuits, touch screens, gene sequencing, as well as manufacturing wing like ultra light aircraft and ultra tough bulletproof vests.
carbon fibre
Carbon fiber is a new type of fiber material with high strength and high modulus fibers with a carbon content of over 95%. Carbon fiber is a type of fiber that is flexible on the outside and rigid on the inside. It has good corrosion resistance, but it can corrode under special chemical reactions (such as strong acids). As the carbon fiber of future technology, it can be processed into paper products, textiles, mats, etc.
Degradable fiber polylactic acid (PLA) fiber
The development of new spinning processes through polylactic acid has achieved significant breakthroughs in the textile industry, filling the gap in biodegradable materials in China's textile industry.
New type of yarn opening fiber
Open yarn fiber is a type of fiber that disperses thousands of plush fibers at the end of the fiber. Compared to traditional cotton fibers, this type of fiber has better water absorption and softness in preventing shedding. This fiber was first applied in the production of bath towel products.
Aramid fiber
Aramid fiber is a new type of synthetic fiber, which has high strength, aging resistance, insulation and other excellent properties, but its heat resistance is relatively poor. Aramid fibers are mainly used in military, aviation and other fields. The development of Aramid fiber technology in China has just begun, and developed countries have already widely applied Aramid to military aviation equipment such as bulletproof vests.
Cowint is the largest DTF Film Factory in China
