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Carbonized polymer flame retardant technology effectively reduces smoke emission and improves flame retardancy by promoting carbonization of the material surface. Anti-drip technology reduces the risk of fire spread by preventing the melt from dripping during combustion through cross-linking and the addition of anti-drip or compatibilizing agents.
The flame retardants used in engineering plastics are mainly halogenated flame retardants and phosphorus flame retardants.
Explore the delicate balance between efficiency and safety in material innovation as we delve into the strategic choices of flame retardant forms—powder vs. granules—in today's critical industries.
So far, there are nearly one hundred kinds of known plastic materials. According to the function of plastic is divided into three types of general-purpose plastics, engineering plastics and special plastics. There are a total of seven types of commonly used plastics. If we take a closer look at the bottom of a clear plastic bottle (e.g., plastic bottles containing food and laundry detergent), we will notice a triangular recycling symbol consisting of three arrows and the numbers 1-7 in it.
Congratulations: Yinsu Company Receives ISO9001 Certification for the Second Time: A Mark of Excellence in Quality Management.
The importance of composite flame retardants in preventing polymeric materials in the currently development.
