Insights
How Does ATH Particle Size Affect Flame Retardancy in Coatings
Aluminum hydroxide (ATH) acts as a halogen‑free flame retardant in coatings by releasing crystal water…
How to Scale Up ATH Surface Modification from Lab to Production
Lab-scale ATH modification typically uses batch high-speed mixers for small formulation trials. Scaling up to…
What Is the Best Equipment for Continuous ATH Surface Modification
The JSGX multi‑rotor vortex modification mill by JACAN is the preferred continuous equipment for ATH…
How to Improve the Compatibility of ATH with Polypropylene
Polypropylene (PP) is a non‑polar polyolefin, while aluminum hydroxide (ATH) is a polar inorganic filler…
Can Surface Modification Reduce the Viscosity of ATH-Filled Compounds
Yes, surface modification can effectively lower the melt viscosity of ATH-filled polymer compounds, allowing higher…
How to Test the Quality of Surface-Modified ATH
Surface-modified ATH quality testing covers quick on-site screening methods and formal laboratory tests. The tests…
What Is the Effect of Surface Modification on the Mechanical Properties of Composites
Aluminum hydroxide (ATH) filled polymer composites are widely used for low-smoke zero-halogen (LSZH) cables, plastic…
How Does Surface Modification Improve ATH Dispersion in Polymers
Aluminum hydroxide (ATH) is a common halogen-free flame retardant filler for polyolefin polymers such as…
What Is the Optimal Temperature for ATH Surface Modification
Aluminum hydroxide (ATH) loses crystal water permanently above 150 °C, which destroys its flame-retardant and smoke-suppression…
How to Ensure Uniform Coating on ATH Particles
Uniform modifier coating is critical for consistent quality of surface‑activated ATH powder. Poor coating causes…
What Is the Coating Efficiency of a JSGX Modification Mill
JSGX is a continuous three‑rotor vortex surface modification mill developed by JACAN, widely integrated after…
How to Choose Between Silane and Stearic Acid for ATH Modification
Aluminum hydroxide (ATH) surface modification uses two mainstream modifiers: silane coupling agents and stearic acid.…
