Specifications
1.Price:USD400-600/MT FOB2.Size: 800-5000mesh
3.SGS and ISO certificate
4.Whiteness:95% to 99%
5.15/20/25kg packing
1.Product Introduction:
Engineering plastics is one kind of industrial plastic which can be used in materials of industrial elements or hulls. This industry in Japan is called “High-performance plastic which can be used in structure and machine elements”.
Heat resistance: More than 100°C
Superiority: Engineering plastics can be used instead of metal structure.
Our engineering plastic grade talc power can make its strength,shock resistance, heat resistance, hardness and ageing resistance more homogeneous.
2. Chemical Properties:
Chemical composition | Data |
Whiteness | 95%, 98%,99% |
Dust, mm2/g≤ | 0.4-1 |
CaCO3 ≤ | 1%-4% |
Size(Fineness) | 325-800mesh, 800-1250mesh, 2500-5000mesh |
PH | 9 |
Moisture | 0.50% |
L.O.I. (800oC)≤ | 6%-22% |
Abrasion Degree | 80-100 |
SiO2 | 60% |
MgO | 31% |
Fe2O3 | 0.5% |
CaO | 0.5% |
Al2O3 | 0.5% |
Density (g/cm3) | 2.6-2.8 |
Oil absorption capacity | 20.0-50.0 |
Pass rate(45μm) ≥ | 98% |
2.Physical Properties:
Our engineering plastic grade talc powder is produced strictly according to this industry’s physical and chemical properties. We use our best grade talc material, mainly producing highly micronized size powder. It can promot advantages of engineering plastics.
3. Main use in engineering plastics:
- Polyoxymethylene(Polyformaldehyde)
- Polycarbonate
- Glycol-modified PET; Copolyesters
- Polyphenylene oxide-usually modified
- Polybutylene terephthalate
- Wear-resisting engineering plastics
- Conductive modified engineering plastics
- Radiation kind of modification engineering plastics
- Preliminary dyeing modification engineering plastics
Packing:
Used in industries of engineering plastics:
Alibaba Certificate:
My mobile: 86 13722996216