In the vast universe of new materials, modified aluminum hydroxide is like an untapped treasure, boasting great potential and value. However, to bring its performance into full play, its inherent drawbacks such as abundant surface active hydroxyl groups and strong polarity must be addressed. Guangdong Haike New Materials Technology Co., Ltd. holds the key of technology and opens a new chapter for the application of aluminum hydroxide.
We recognize that unmodified aluminum hydroxide encounters many challenges and limitations in practical applications. For this reason, we have assembled an R&D team with in-depth experience in powder materials, dedicated to overcoming this technical challenge. Through numerous experiments and research, we have developed an advanced surface modification technology to effectively improve the surface properties of aluminum hydroxide.
This technology can reduce the oil absorption value of aluminum hydroxide, helping customers optimize production costs, while enhancing powder dispersibility and compatibility with organic interfaces. In downstream processing, aluminum hydroxide can blend better with other base materials and improve the overall performance of finished products. Meanwhile, we keep optimizing the mechanical performance of aluminum hydroxide to meet the requirements of products with higher tensile strength, appropriate elongation at break and hardness.
In addition, we have refined the supporting processing technology to increase filtration speed and strictly control hard particle residues, supporting stable and efficient production for our customers.
More importantly, we always prioritize application safety. Surface-modified aluminum hydroxide features favorable flame retardant properties, helping improve the fire safety performance of products and adding protection to the safety of customers’ products. Choosing modified aluminum hydroxide from Guangdong Haike New Materials Technology Co., Ltd. means opting for a powder solution with stable quality and reliable safety.
Upholding the philosophy of innovation-driven development, we keep advancing the iteration of aluminum hydroxide modification technology and expanding its application scenarios. Let us join hands to explore more application possibilities of aluminum hydroxide materials!
