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Organophosphorus flame retardant is a new type of flame retardant, which has the advantages of high efficiency, safety and environmental protection.
With the wide application of electronic devices, the requirements for their fire safety performance are getting higher and higher. As an important fireproof material, the application of flame retardants in electronic devices is gradually receiving attention. This paper will introduce the application of flame retardants in electronic devices and discuss how to optimize the performance of flame retardants.
Compared with traditional halogen flame retardants, non-halogen flame retardants have more advantages, non-halogen flame retardants are halogen-free, non-polluting, and meet the requirements of environmental protection.
Whether the flame retardant is environmentally friendly and whether it contains halogen has nothing to do?
Super adhesive in the plastics world: How maleic anhydride grafted polyolefins are revolutionizing the compatibility and performance of modified materials, flame retardants, and materials in the automotive, appliance and packaging industries!
Overcoming Barriers in the Modified Plastics Industry: Challenges and Solutions for Market Growth. The article also provides some solutions to overcome these barriers and enable market growth.
Dissolution and Migration of Yinsu Plastic Flame Retardants in PolymersYinsu plastic flame retardants are a class of chemicals used to improve the flame retardancy of polymer materials. Solubility and mobility in polymers are important properties of flame retardants, which will have a significant im
Modified plastics offer superior performance with flame retardant, impact resistance, high toughness, which are used in traditional industries like home appliances, automobiles and high-tech fields like rail transportation, precision instruments and new energy.
The features we should consider before choosing the flame retardant includes: Heat absorption mechanism, Covering effect, Dilution effect, Inhibiting effect, etc.
Flame retardant PE can be used not only in building materials, but also widely used in other aspects such as automotive industry and electrical industry. In fact, the most prominent use of flame retardant PE in automobile is corrugated pipe for automobile.
Wire & Cable Flame Retardant, FRP-950 Mechanical Property Test & Report
Explore the transformative potential of mineral-based flame retardants in engineering plastics, where safety meets sustainability and performance.
Discover how nanotechnology is reshaping the future of flame retardant materials and opening a new chapter in environmental protection and safety.
Environmental Concerns For The Use of Flame Retardants In Wire & Cable Materials1. Chemical leaching and contamination of the environment
Recent Advances in Wire & Cable Flame Retardants Research & Development1. Developing halogen-free flame retardants2. Creating flame retardants that are effective at lower addition and cost3. Exploring new materials, such as nanomaterials, for improved flame retardancy4. Improving mechanical and elec
Types of Flame Retardants Used in Wire & Cable Applications
Comparison of Wire & Cable Flame Retardants FRP-950 and FRP-8050
Flame Retardant Testing Methods for Wire & Cable Materials
Congratulations: Yinsu Company Receives ISO9001 Certification for the Second Time: A Mark of Excellence in Quality Management.
How Flame Retardants Make Plastics Do not Fear Open Flame? Let’s study the flame retardant mechanism together.
Elastomer flame retardants are additives used to enhance the fire resistance of elastomeric materials. They improve material safety by suppressing or delaying combustion. These flame retardants are categorized into additive and reactive types; the former is mixed in physically, while the latter is chemically bonded to the material.
In polyurethane elastomers, due to their flammability, the modification with flame retardants is crucial. Inorganic or organic flame retardants containing elements such as phosphorus and nitrogen are typically added to enhance their fire resistance. Halogen-free flame retardant technology is gaining increasing attention for its environmental friendliness, and companies like YINSU are developing more eco-friendly and efficient flame retardants.
Elastomer flame retardants are not only used in polyurethane but also in other elastomers such as polyolefins. The use of surface-modified inorganic flame retardants, such as silica-coupled aluminum hydroxide, can improve their dispersion in the material, thereby enhancing both fire resistance and mechanical properties.
In summary, elastomer flame retardants are essential for improving material safety and expanding their application range, especially in industries with strict fire performance requirements, such as electronics, automotive, and construction.
