Flame retardants go on the road to low smoke, non-toxic environmental protection products

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There are three major components in the future development of flame retardants:

1. The use and development of brominated flame retardants are limited, but there is still room for development. To date, brominated flame retardants are the most widely used flame retardant types in flame retardant polypropylene. Its market size and application area are also the longest among male flame retardants, and the excellent performance of brominated flame retardants. The price ratio is unmatched by other flame retardants.

However, due to the consideration of human health and environmental protection, according to some experimental results that have been achieved, people have adopted a more cautious attitude towards the use of brominated flame retardants. Some developed countries are jointly conducting a comprehensive risk assessment of five major brominated flame retardants, and their assessment results will have a tremendous impact on the future production and application of brominated flame retardants. It is expected that most brominated flame retardants will continue to be widely used in many regions of the world for a period of time. Their production will maintain a growth rate of approximately 3%-4% in the coming years, and the total market share will gradually increase. This is also the case in China. In the application of polypropylene flame retardant, the development of modified brominated flame retardants with certain unique properties and low environmental pollution still has room for development.

2. Halogen-free flame-retardant polypropylene will be the main development direction in the future The flame-retardant and halogen-free process of polypropylene is mainly due to the development of inorganic flame retardants, organic nitrogen, phosphorus flame retardants and related technologies. The development and application of related technologies such as ultra-finalization, microencapsulation, surface treatment, and synergetic efficiency have improved the disadvantages of poor processability of inorganic flame retardants and affecting the performance of materials, and have made inorganic flame retardants achieve unprecedented development.

3. High-efficiency, low-smoke and low-toxicity trends of polypropylene flame retardants With the continuous development of PP applications and the increasing demand for “environmental protection”, people have put forward higher requirements for flame-retarded polypropylene products. It is efficient, low smoke, and non-toxic. Therefore, research and development of new composite flame retardants using compounding technology, smoke elimination technology, etc., in order to improve the flame retardant properties of polypropylene materials, while reducing the amount of smoke and toxic gases when the material is burned, has become a research and development field of polypropylene flame retardant in the future. One of the key research topics.

A chemical company with environmental protection and halogen-free flame retardant products as the main line, concurrently runs lubricants, rubber and plastic additives, and sells advanced products at home and abroad, focusing on plastics, engineering plastics, electronic appliances, adhesives, textiles, etc. The industry provides quality environmentally friendly products and services; it provides customers with product personalization, characteristic solutions and quality assurance.