-
Flame Retardant
- Halogen Flame Retardant
- Phosphorus Flame Retardant
- Nitrogen Flame Retardant
- Silicon Flame Retardant
- Aluminum-Magnesium Flame Retardant
- Antimony Flame Retardant
- Boron Flame Retardant
- Expandable Graphite
- MOF Flame Retardant
- Nano Flame Retardant
- Hyperbranched Polymer Flame Retardant
-
Functional Flame Retardant
- Composite Flame Retardant for PA
- Composite Flame Retardant for PP
- Composite Flame Retardant for PBT
- Composite Flame Retardant for PVC
- Composite Flame Retardant for PU
- Composite Flame Retardant for Silicone Rubber
- Composite Flame Retardant for Epoxy Resin
- Composite Flame Retardant for TPU
- Composite Flame Retardant for TPE
- Cotton Durable Flame Retardant
- Polyester Durable Flame Retardant
- Semi-durable Flame Retardant
- Non-durable Flame Retardant
- Ionic Liquids for Flame Retardancy
- Others
- Smoke Suppressant
- Flame Retardant Polymer
- Flame Retardant Masterbatch
- Functional Inorganic Powder
High-Strength Ceramic Powder, 73 whiteness
InquiryCatalog NumberACFR000011
CategoryFunctional Inorganic Powder
| Description | High-Strength Ceramic Powder is an innovative, eco-friendly, and non-toxic functional material designed for use in ceramic-modified polyolefin compounds. Its surface is treated through physical and chemical modification processes to ensure high compatibility and uniform dispersion within resin matrices. It offers a combination of outstanding fire resistance, flame retardancy, and low density, enabling smoother extrusion and faster production speeds. |
| Appearance | white pwder |
| Application | Primarily used as a functional filler in the production of ceramic-forming polyolefin compounds for fire-resistant wires and cables, where it simplifies manufacturing processes, reduces material costs, and enhances fire safety performance. |
| Feature | Intrinsically flame-retardant, a property not commonly found in conventional alternatives. Low density: compound density can be reduced to below 1.4 g/cm³, more than 20% lower than similar products. Low ceramic-forming temperature: begins to form a ceramic shield at temperatures above 550°C. Maintains structural integrity during combustion-no deformation or cracking, with excellent shell-forming capability and high-temperature resistance. High filler loading capacity and excellent processability. |
| Oil Absorption | 36~42 g/100g |
| Particle Size | 8.0±1.0 |
| Volatiles | ≤ 2% |
| Whiteness | ≥73% |
If the product of interest is not available in our catalog, please contact us to see if there is any relevant stock or other purchase channels.