The article mainly focuses on powder fluidity, covering its definition, influencing factors such as particle size, moisture content and particle morphology, and improvement methods including using flow additives, increasing particle size and optimizing crystallization process. It also illustrates the significance of enhancing the flowability of flame retardant powders in the plastics industry.   Read More>

It presents different types of mineral-based flame retardants, their working principles in preventing or slowing fire spread, and mentions YINSU Flame Retardant's products as examples, emphasizing the significance of flame retardants for fire safety.   Read More>

Get an in-depth look at how red phosphorus flame retardants have become the leader among inorganic flame retardant materials with their excellent flame retardant properties, and explore how YINSU Flame Retardant has pushed the performance of red phosphorus flame retardants to new heights through innovative technologies.   Read More>

With its innovative charcoal-forming agent K100, YINSU Flame Retardant Company opens a new chapter of environmentally friendly flame retardant materials, leading the industry towards a safer and more sustainable future with green technology.   Read More>

Uncover how nano-flame-retardant materials can become the guardians of social security while stimulating new sources of economic benefits.   Read More>

Discover how nanotechnology is reshaping the future of flame retardant materials and opening a new chapter in environmental protection and safety.   Read More>

With in-depth research and expanding applications, OMMT has the potential to become an important player in the field of flame retardant materials in the future, contributing to the safety and environmental protection of the society.   Read More>

Discover how K100 Organic Nano Montmorillonite - a revolutionary flame retardant developed by Silver Plastics Flame Retardants - pushes the boundaries of modern materials science and opens a new chapter in fire safety and performance optimization.   Read More>