Water-Based Zinc Stearate Emulsion

Our water-based zinc stearate is a high-tech product produced with Nano-composite technology. Compared with the same kind of products at home, our product is of better compatibility, more brightness and better liquidity, but smaller particles.

Technical Information:
Appearance : Milky Emulsion
Free acid: ≤ 0.5%
Solid content: ≥ 40%
pH: 7-8
Whiteness: ≥ 94
Specific gravity: 1.05-1.15
Fineness: ≤ 5um
Viscosity: ≥ 800CP

Characteristics:
This product is in the form of milky emulsion, easily disperse in water. It's very creamy and insoluble in ethanol and ether. It turns into stearate acid and chrome zinc when mixed with strong acid chemicals.

Application:
1. Water-based paint:
It can be used for high-quality water-based paint, good transparency, anti-foaming, good stability, good anti-sinking, fast drying, easy dispersed, grindability, improve the hydrophobic of coating surface and the handfeel of paint film.

2. Water-based ink:
Good economy, it can be used as plain agent and have the good performance of filling, stability, anti-sinking and waterproof.

3. Textile products:
It can be used as polishing agent to improve surface hydrophobicity.

4. Cosmetic products:
It can be used as lubricants to improve the surface smoothness.

5. Paper industry:
It can be used for waterproofing agent, as the waterproof coating used for the surface of specialty paper and thermal paper, and especially for the supermarket bar code paper and lottery paper surface lubrication coating.

6. Polishing sandpaper:
It can be used as grinding aids to improve the polishing property, anti-abrasion resistance and water resistance of the surface.

7. Other industry:
Cement mortar, mixes clay, and other fields (improve fluidity).

Package and Storage:
200 kilogram plastic barrel; And can be customized.
Stored in cool and dark place;
Shipping under sunshine proof and water proof condition;

Note:
Long time storage may cause slightly precipitation phenomenon;
Stirring well before using will not affect the using effect.