Texture Environmentally Friendly Micronized Wax Nontoxic Multi Function
White Powder Good Friction Resistance Little Impact On The Gloss Of The Coating Product: Texture wax(environmentally friendly) Model:N-WAX Composition:Modified High Molecular Weight Polyethylene Polymer Technical Parameter : characteristic parameter Appearance white powder Particle size 5-6μm (D50) Melting point 116℃ Density 0.98(g/cc ) Hardness
White Powder Good Friction Resistance Little Impact On The Gloss Of The Coating
Product: Texture wax(environmentally friendly) Model:N-WAX
Composition:Modified High Molecular Weight Polyethylene Polymer
Technical Parameter :
| characteristic | parameter |
| Appearance | white powder |
| Particle size | 5-6μm (D50) |
| Melting point | 116℃ |
| Density | 0.98(g/cc ) |
| Hardness | <1.0dmm |
| System | charateristic |
| N-WAX wear-resistant wax powder can be applied to various coatings with high wear resistance requirements, as well as various offset and gravure printing inks, wood paint, and coil steel printing iron coatings.Environmentally friendly ROHS2.0, replacing fluorinated wax powder | Good friction resistance |
| High smoothness | |
| Less impact on coating gloss | |
| Excellent adhesion resistance | |
| Excellent compatibility with the system |
Addition amount and usage method:
1. In different systems, the addition amount of wear-resistant wax powder is generally between 0.2 and 0.8%
2. Directly dispersed in solvent based coatings and inks through high-speed stirring
3. It can be added through various grinding machines and high shear dispersion equipment
4. Pre dispersion treatment can be carried out to prepare a wax slurry with a wax powder concentration of 20-30%, which can be added to the system when needed to reduce the dispersion time of the wax powder
Product packaging: Paper plastic composite bag, net weight: 15 kg/bag, 510 kg/pallet
Notes:The conditions and ratios listed in this manual are for reference only. It is recommended that users make appropriate adjustments based on specific equipment, materials, environment, and application conditions before use.
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