The Cost Of The New Additive TCW Is Only 942 Yuan Per Ton.

A few days ago, the 3543 Chinese companies actively introduced new auxiliaries without reducing detergent TCW. Under the premise of guaranteeing quality, the production efficiency was greatly improved, and the cost was greatly reduced, saving more than 700 yuan per ton of cloth.

Due to routine Polyester cotton The "two bath method" adopted in dyeing process has the problems of low efficiency, high energy consumption and large discharge of sewage. The company has actively experimented and boldly tried, using new auxiliaries TCW as polyester cotton soap lotion, not only optimizing the technology, but also achieving remarkable results and achieving twice the result with half the effort. TCW is an anionic polymer, which is in a gray white emulsion state. It is compatible with anionic and non-ionic products, and is resistant to acid and hard water. It can remove dyes from polyester fibers and polyester cotton blended fabrics efficiently.

Using this additive Dyeing It is: dyeing, dyed cotton dyeing, cold water washing, acid pickling, cold washing, 85 degree soaping cold washing and cold washing, the process can save 5 water washing than conventional process, save a separate reduction and cleaning process, save process time, improve production efficiency, and reduce energy consumption of water, electricity and steam.

With CVC yellow hair cloth interlining fabric For example, conventional polyester cotton two bath reduction and washing, using safe powder, soda ash, neutralization with acetic acid, and then dyed cotton, the comprehensive cost of each ton of cloth is about 1685 yuan; and the use of new auxiliaries no reduction cleaning soap soap TCW, the comprehensive cost of each ton of cloth is about 942 yuan, which greatly saves cost and improves production efficiency. Moreover, the washing fastness of the fabric can reach the traditional technological level, which solves the potential danger of volatile oxidation, unstable cleaning effect and flammable and explosive safety.

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The flame retardant modification technology can effectively improve the fire safety of polymer materials. Therefore, the research and development of flame retardant modification of polymer materials has potential impetus in promoting social and economic development, improving the safety of building in public places, and promoting social harmony and stability. The industrialization of flame retardant products has good market prospects and development potential.

Because traditional halogenated flame retardants are particularly prone to irritating smoke during combustion, some products may also produce toxic carcinogens such as Dioxin (Er Eying) or their incomplete products such as polybrominated biphenyl and polybrominated diphenyl ethers during degradation.

At the same time, halogenated flame retardants release a large amount of halogenated hydrogen (HX) fumes when they are flame-retardant, which often cause two hazards. Therefore, the research on flame retardants has been developing towards low smoke, halogen free and low toxicity in the world. For example, three - (three bromo phenoxy) - three - azine is used as an alternative flame retardant additive for 10 bromide diphenyl ether and ten bromo two benzene ethane, as well as Firemaster550, ReafasNHP and other new flame retardants.

With the rapid development of economy, the situation of production and consumption of flame retardants has been developing continuously. The annual consumption growth rate exceeds 20%. The government and enterprises have realized that the research of flame retardants is a great impetus to society and economy. The flame retardant industry is developing towards environmental protection, low toxicity, high efficiency and multi function.

At present, China has set up a professional laboratory for flame retardancy research, and has developed nano halogen-stibium synergistic flame retardants, brominated epoxy resin, magnesium hydroxide flame retardant, high efficiency flame retardant FR245 and all biodegradable plastic flame retardant and other high efficiency multifunctional composite flame retardants and inorganic environmental retardant.