Dalian Yatai Technology leads the new era of magnesium hydroxide flame retardant powder

Yatai Technology, as a high-tech enterprise focusing on the research, development and production of new materials, has been committed to providing environmentally friendly and efficient flame retardant solutions. The company leveraged its expertise in materials science to conduct in-depth research and modifications of composite brucite powder flame retardants to improve their performance in a variety of applications.

Innovative modification methods

1. Surface modification: Dalian Yatai Technology uses advanced coupling agents and surfactants to surface modify brucite powder, which effectively improves its compatibility and dispersion with the substrate, thereby improving the flame retardant efficiency. .

2. Nanotechnology: Through mechanical crushing and ultrasonic treatment technology, Dalian Yatai Technology refines the brucite powder to the nanometer level, which significantly increases the specific surface area and dispersion of the material, and further enhances its flame retardant performance.

3. Composite modification: The company has developed a composite flame retardant with synergistic effects by combining it with inorganic fillers and organic flame retardants, which not only improves the flame retardant efficiency, but also enhances the mechanical properties of the material.

4. Coating modification: Dalian Yatai Technology coats the surface of brucite powder with polymers and metal oxides to improve its thermal stability and flame retardant properties and provide customers with more diverse product choices.

Preparation method of modified composite brucite powder

Dalian Yatai Technology's preparation method includes raw material preparation, surface modification, nanotechnology treatment, composite modification and coating modification, etc., ensuring the consistency and high quality of the product.

Through modification technology, the performance of composite brucite powder flame retardant has been significantly improved, which provides more possibilities for its application in plastics, rubber, coatings and other fields. Future research will continue to optimize modification methods and explore large-scale production to meet the market demand for high-performance environmentally friendly flame retardants.