The article elaborates on red phosphorus flame retardants, covering their structural properties, flame retardant characteristics, existing problems, flame retardant mechanism, and development trends, also introducing relevant products of YINSU Flame Retardant.
The flame retardant and smoke suppressor mechanisms of polymer materials are discussed in depth, the mechanisms of different types of flame retardants and smoke suppressors are analysed, and the current status and challenges of the current research on smoke suppressors are discussed, stressing the importance of developing highly efficient flame retardant and smoke suppressor agents according to the characteristics of different polymer materials.
Learn more about how to choose the most suitable flame retardant materials for interiors, battery modules, charging facilities, connectors and cables in new energy vehicles.
Automotive flame-retardant plastics, while improving mechanical properties to meet the demand for lightweighting, focuses on the material's flame-retardant, electrical, processing and environmental performance. It can be widely used in key components such as battery pack modules and charging piles that will cover new energy vehicles, as well as interior and exterior parts of traditional vehicles.
Discover how microencapsulated red phosphorus flame retardants can enhance performance and ease of handling. This paper provides an in-depth analysis of the use of microencapsulation technology in red phosphorus flame retardants, revealing how this innovative material is revolutionizing industries such as plastics, rubber and textiles through enhanced flame retardancy and improved handling. Learn how microencapsulated red phosphorus flame retardants have become a new industry favorite by reducing health and environmental risks while improving the fire safety of materials.
In the plastic industry, this event focuses on discussing how to leverage digital resource sharing in a changing environment to promote enterprise transformation and upgrade, and to boost order growth.