Jiangxi San Yue new Material Co., Ltd
Qiaonan industrial park, Yongfeng County, Jian City, Jiangxi Province, China 331500
T: +86 0796 2272555
F: +86 0796 2218737
Many additives are dangerous chemicals, some are flammable, some are still explosive, many auxiliaries have great toxicity, it is necessary to prevent fire, avoid explosion, stay away from poisoning, and ensure the safety of people and property. Fully implement the concept of HHSE (safety, health and environment).
Many adhesives have a certain degree of toxicity and pollution, which must be paid enough attention to. Some have been identified as carcinogens, such as antioxidant D, NOBS, styrene, benzene, trichloromethane, diethyl chloride, chloroethylene, three chloropropanol, formaldehyde, diasbestos, phosphoric acid three (2, 3- two). Xiu Bingji) ester flame retardant and so on. Some are suspected to be carcinogenic, such as 264 antioxidant (BHT), cyclohexamine, hanging white, oleic acid, two chlorine, ethane, trichloroethylene, four chloroethylene, MOCA., benzene two amine, aniline, brominated diphenyl ether flame retardant, acrylamide, N, N- two methyl aniline, N, N- two methyl to toluene two amine and so on. Carbon tetrachloride is highly toxic, strong irritant and narcotic. In the past, n-hexane, which had been considered as a solvent, was also toxic. Inhaling high concentration steam could anesthetized nerves and caused intoxication, causing paralysis and even paralysis in severe cases. The incubation period was about 0.5 to 1 years. Since 1997, there have been many cases of n-hexane poisoning. Drinking 7 to 8g of methanol can lead to blindness. If you drink more than 30g, you will die. Toluene diisocyanate, two lauric acid two n-butyltin, coal tar, maleic anhydride, ethylenediamine and pentachlorophenol sodium have great toxicity. Long term inhalation of quartz powder and silicon powder can cause silicosis. In 1998, workers who had worked in Guangzhou for 2 years were found to have silicosis. Nanoscale silicon dioxide particles are thinner and may suffer from "nanomaterials". It is worth noting. In January 2004, studies have shown that nanoparticles can destroy the environment and can accumulate in animal organs. The lung damage of nanoparticles is more serious and weird than that of ordinary toxic dust.
The widely used plasticizers of phthalic acid esters have effects on health and the environment. They are suspected to show certain estrogen activity and can lead to endocrine disorders. In 1998, the Japanese environment department listed DOP as "suspected substances that may lead to endocrine disorders". In addition, o-benzene two carboxylates are difficult to degrade in air and become pollutants. Analysis and determination have been confirmed in rivers, lakes, reservoirs, drinking water, air, soil and sewage sludge. There are different levels of o-phthalic acid two esters, mainly DBP and DOP. Halogenated hydrocarbon solvents and Freon blowing agents are the culprit of destroying the ozone layer; they should be limited or prohibited. Halogen containing flame retardants, though less added and flame retarded, produce a lot of smoke and poisonous gas when burning, which pollute the environment and harm health. Ethylene glycol, the antifreeze commonly used for water adhesives, does not directly affect the organism, but the ethylene glycol is highly toxic to the organism after the animal liver is decomposed, and the alcohol can be replaced by a very small toxic propanediol. The emulsifier NP (nonyl phenol ethoxylate) has been classified as a "hormone disruptor", also known as a "endocrine disruptor". The UK has been banned from December 2002, and the restrictions on the use of OP emulsifiers will also be gradually expanded.