Flame Retardant Towards Halogen-free Environmental Protection

Flame retardants are widely used in industrial products and daily necessities. Brominated flame retardants are one of the largest flame retardants in the world. However, when brominated flame retardants are used, they can release a lot of pungent odors and corrosive gases, which make the environment a great threat. In recent years, they have been gradually banned, and halogen-free flame retardants have gradually increased. A: flame retardant, reduce poison, smoke suppression phase merger capacity 1. Natural polymer materials and organic synthetic polymer materials, the vast majority are flammable and combustible. Flame retardants are additives used to prevent these materials from being ignited and to inhibit flame propagation.

flame retardantWidely used in industrial products and daily necessities, brominated flame retardants are one of the world's largest production of flame retardants, but brominated flame retardants can release a lot of pungent odors and corrosive gases when used. The environment is under great threat. In recent years, it has been gradually banned and halogen-free.flame retardantGradually more up.
One: flame retardant, reduce toxicity, smoke suppression phase merger capacity
  1.Natural polymer materials and organic synthetic polymer materials, the vast majority are flammable and combustible. Flame retardants are used to prevent these materials from being ignited and to inhibit the spread of flame additives, containing flame retardant materials are more difficult to ignite, and can inhibit the spread of flame, thus preventing the occurrence of fire.
  2.Flame retardants should minimize the amount of toxic and corrosive gases and smoke generated during thermal decomposition and combustion of materials, which are often the first and most dangerous factors in fires.
  3.阻燃剂的安全性评估包含阻燃剂本身的急性毒性、致癌性、致变异性和刺激性,还应包含燃烧时产生的有毒气体和烟雾量。
Two: flame retardants are divided into three types: additive type, reactive type and post-finishing type.
  1.Addition type is physically dispersed in the matrix, mostly used for thermoplastic polymers.
  2.Application is as a polymer monomer, participate in the copolymerization reaction, and finally become a monomer in the molecular structure of the polymer, mostly used in thermosetting polymers.
  3.The finishing type is flame retardant finishing on fibers or fabrics.







Real-time information

Zhongke Flame Retardant Organization Watches 20 Closing Ceremonies

On the morning of October 22, 2022, members of Zhongke Flame Retardant New Materials Co., Ltd. watched the closing ceremony of the 20th Congress under the leadership of General Manager Wang Ligui.

What are the reasons for the failure of flame retardant after adding aluminum hydroxide flame retardant?

Everyone knows that there are two common flame retardants. Today we are going to talk about only one of them. Aluminum hydroxide flame retardant is an environmentally friendly halogen-free flame retardant, which can be widely used in fabrics, wood, plastics, and rubber., Polyurethane and other industries have ideal flame retardant effect. In the process of industrial application, it is found that flame retardant failure occurs when aluminum hydroxide flame retardant is added. The following are the reasons for the failure of aluminum hydroxide flame retardant, how to prevent it, how to deal with the operation, and restore the original function.

As a flame retardant, magnesium hydroxide also need to improve what aspects?

When it comes to flame retardants, everyone is familiar with them. Although we usually have less contact with them, we can know what they are used for from the name. Have to talk about magnesium hydroxide, we all know that its main presentation state is a granular, at present, the market sales of magnesium hydroxide particle size is larger, part of the commodity particle size up to tens of microns, immediately used as a flame retardant, poor dispersion, the physical properties of raw materials greater harm. In industrial production, physical grinding methods are generally used to reduce the particle size to 1 micron. The surface of magnesium hydroxide has high polarity and is easy to agglomerate. As the compatibility of refractory materials and polymer substrates, it not only reduces its flame retardant grade, but also causes more serious harm to the physical properties of raw materials.