With increasing demands for flame retardant safety and environmental friendliness, researchers continue to explore novel flame retardant solutions. In this paper, we will share some novel flame retardant research cases and provide experimental data to make it easier to understand the performance and application of these flame retardants.   Read More>

With the development of modern society, flame retardants are more and more widely used in various fields. However, the toxicity and environmental risks of flame retardants have also attracted attention. In this paper, we will introduce the toxicological evaluation and environmental risk control of flame retardants and explain their effects through experimental data.   Read More>

Research on the performance of flame retardants under high temperature environment has been an important topic in the field of fireproof materials. Under high temperature conditions, the performance of flame retardants will directly affect the fire safety performance of electronic devices. In this paper, we will introduce the research on the performance of flame retardants under high-temperature environment and verify its effect through experimental data.   Read More>

The development and application of flame retardants have become critical with the increasing awareness of fire safety and regulatory requirements. Flame retardant modification is a common method to enhance the flame retardant properties of materials by introducing flame retardants into polymers. In this paper, we will explore the effect of flame retardant modification on the performance of polymer materials and analyze its effect through experimental data.   Read More>

The development and application of flame retardants has become crucial with the increasing awareness of fire safety and regulatory requirements. The design and synthesis of novel flame retardants is an evolving field that aims to provide more efficient, environmentally friendly and sustainable flame retardant solutions. In this paper, we will discuss the design principles and synthesis methods of novel flame retardants, and analyze their performance and applications through experimental data.   Read More>

In today's society, environmental protection has become a hot topic of global discussion. Each of us has the responsibility to contribute to the sustainable development of the earth. As a company committed to environmental protection, we are proud to introduce to you our latest research results - environmentally friendly flame retardants.   Read More>

2023 (the 6th) National Flame Retardant Materials Industry Application and Technology Innovation Forum and the 1st Sino-Western Flame Retardant Materials Technology Symposium were held in Shanghai. More than 120 people from well-known university experts, scholars, entrepreneurs and upstream and downstream enterprises of the industrial chain in the field of flame retardant materials industry attended together.   Read More>

This article classifies flame retardants into four categories: organic flame retardants, inorganic flame retardants, nano-materials flame retardants and composite flame retardants, among which organic flame retardants can be subdivided into halogen-containing organic flame retardants and halogen-free organic flame retardants, halogen-free organic cationic flame retardants can be divided into phosphorus-containing flame retardants, silicone-containing flame retardants and nitrogen-containing flame retardants etc., and the inorganic flame retardants can be divided into aluminum hydroxide flame retardants and magnesium hydroxide flame retardants. Aluminum hydroxide flame retardant and magnesium hydroxide flame retardant, etc., for the different flame retardants and the effect of the differences in the role of the object, its flame retardant mechanism and its advantages and disadvantages of the analysis of the introduction, the conclusion is that the flame retardant applicable is different   Read More>