Environment-friendly high-flame-retarding blended conductive fabric and manufacturing process thereof

Abstract

The invention discloses an environment-friendly high-flame-retarding blended conductive fabric and a manufacturing process thereof, which are in accordance with safety standards for fabrics for air transportation. The environment-friendly high-flame-retarding blended conductive fabric comprises wool blended yarns and an environment-friendly flame retardant, wherein the wool blended yarns comprise wool yarns and non-wool yarns which may be artificial fibers or metal fibers; and the environment-friendly flame retardant comprises phosphates and nitrides and account for 5 to 30 percent of the weight of the environment-friendly high-flame-retarding blended conductive fabric. The manufacturing process comprises a weaving process and a finishing process of the wool blended yarns, wherein the finishing process comprises a step of adding the environment-friendly flame retardant which comprises the phosphates and nitrides and account for 5 to 30 percent of the weight of the wool blended yarns.

Description

technical field [0001] The invention relates to an environment-friendly high flame-retardant fabric, in particular to an environment-friendly high flame-retardant blended conductive fabric and its manufacturing process. Background technique [0002] During the Second World War, aircraft began to play an important role in the transportation of combat supplies and military supplies. After the World War II, in response to the rapid development of aviation technology, not only the performance of the aircraft was greatly improved, but also the size and space were relatively increased. Boeing, which was responsible for contracting US military aircraft at that time, has thus transformed into the world's largest aircraft manufacturer. In view of the fact that commercial aircraft is to give travelers a faster and more convenient journey, but the safety protection during the journey is the most important consideration for commercial aircraft designers and manufacturers. [0003] Wit...

AI Technical Summary

Problems solved by technology

However, under the consideration of factors such as environmental protection issues and consistent continuous production costs, the above-mentioned ZIRPRO flame-retardant processing method also has many potential problems

For example: limited dye vat pressure suction operation does not apply to continuous padding treatment, it is easy to cause dye transfer or bleeding for multi-colored textiles, and then cause color change or fading, residual fluoride and titanium / zirconium and other heavy metal ions in wastewater, Increase the cost of waste disposal, and often use together with organic bromides to increase flame retardancy, but it is accompanied by problems such as easy to produce toxic smoke during combustion and does not comply with current EU environmental protection regulations.

Images