This article explores five key factors causing color variation and discoloration in flame retardant modified materials, including raw material stability, flame retardant thermal resistance, filler impurities, additive interactions, and environmental impact. YINSU Flame Retardant Company offers specialized solutions to optimize performance and ensure long-term color stability in complex processing environments.   Read More>

In-depth analysis of the nomenclature, classification and properties of polyamide (nylon), exploring the history and structure of this polymer material and its modification methods for a wide range of applications, helping you to fully understand the unique properties and industrial value of polyamides.   Read More>

Explore future tech trends: uncover the most disruptive innovations of 2024 and their impact on global industries to help you get ahead of the curve!   Read More>

The article discusses common causes of color changes in flame-retardant modified materials and presents the excellent performance of flame retardants developed by Yinsu Flame Retardant Company in maintaining color stability.   Read More>

The article mainly discusses ways to improve the CTI value of modified engineering plastics, analyzing the effects of different flame retardants like brominated, nitrogen-based, phosphorus-based ones and compounding flame retardant systems on the CTI values of materials such as PA and PBT, and also presents the achievements of YINSU Flame Retardant in this regard.   Read More>

With the increasing global environmental awareness and the emphasis on health and safety issues, traditional halogen flame retardants are gradually being eliminated by the market due to potential environmental and health risks. In this context, a new generation of green and environmentally friendly phosphorus flame retardants, alkyl phosphinate flame retardants, especially diethylphosphinate and its derivatives, such as aluminum diethylphosphinate (ADP), have gradually become the new favorites of the market due to their significant environmental friendliness and high efficiency.   Read More>