Performance of Flame-Retardant Aluminum Hydroxide
Release Date:
2020-11-23 15:38
Aluminum hydroxide flame retardant is widely used as a fire-retardant material. As a fireproofing agent, it exhibits outstanding performance. Many users lack sufficient understanding of its properties, so let's explore them together. We hope this information proves helpful for your future applications.
1. The refinement of aluminum hydroxide flame retardant alters the smoothness and mechanical properties of synthetic materials, while also causing poor affinity and low interfacial adhesion with polymers (especially non-polyolefins). It can achieve more uniform dispersion within the matrix resin. Aluminum hydroxide flame retardants enable the transformation from low-efficiency to high-efficiency flame retardants, and from standard products to high-performance variants.
2. Flame-retardant aluminum hydroxide is an inorganic material. When added as a flame retardant to composite materials, it reduces processing technology and physical properties. Ultra-fine-grained ATH enhances interfacial interactions. Surface-organization of aluminum hydroxide using silane or titanate coupling agents with amphiphilic structures alters the affinity between the flame-retardant filler ATH and the matrix polymer, while improving material processability.
This concludes the introduction to the properties of flame-retardant aluminum hydroxide. During use, proper application methods must be followed to ensure optimal performance and effective flame retardancy. Users should familiarize themselves with the product's relevant knowledge for future applications.
Flame-retardant aluminum hydroxide primarily serves as a fire-retardant material. As a chemical substance, it finds extensive applications. For instance, in the printing and dyeing industry, it functions as both a dye adsorbent and a filler.
That concludes today's content. We hope you find it helpful.
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