1. Polyethylene wax (PE wax)

Characteristics: 1. High melting point (100-140 ° C), high hardness, good wear resistance; 2. Excellent dispersibility and lubricity, which can improve processing fluidity; 3. Strong chemical stability, acid and alkali resistance, oxidation resistance;   

Application areas: Plastic processing: PVC pipes, injection molding release agents; Coatings: Powder coatings, wood paint matting agents; Ink: Improve printing glossiness and wear resistance;  

2. Polytetrafluoroethylene Wax (PTFE Wax)

Characteristics: 1. High temperature resistance (above 260 ° C), low friction coefficient (0.04-0.10); 2. Excellent anti sticking, wear-resistant, and self-lubricating properties; 3. Chemical inertness, corrosion resistance, and insolubility in common solvents;

Application areas: 1. Non stick coatings: Non stick pans, baking molds; 2. Engineering plastics: Enhance the wear resistance of POM and PA; 3. Lubricants: High temperature gear and bearing lubrication;   

3. Polyolefin wax (PP Wax/PE modified wax)

Characteristics: 1. Narrow molecular weight distribution, low melt viscosity, and good fluidity; 2. Excellent compatibility with polyolefin (PP/PE), improving processing efficiency; 3. It can improve pigment dispersibility and reduce precipitation;   

Application areas: 1. Color masterbatch: carrier wax, improves coloring uniformity; 2. Hot melt adhesive: adjust viscosity and opening time; 3. Rubber processing: release agent to reduce roller sticking;   

4. Carnauba Wax

Characteristics: 1. Natural plant wax, environmentally friendly and non-toxic, meets food grade standards; 2. High glossiness and high hardness (Mohs hardness 2.5-3); 3. Water and grease resistant, can form a protective film;

Application areas: 1. Food packaging: chocolate, candy coating; 2. Cosmetics: lipstick, eye black hardener; 3. Car wax: enhances paint gloss and protection;   

5. Fischer Tropsch Wax

Characteristics: 1. Synthetic wax, uniform molecular weight distribution, high melting point (90-120 ° C); 2. Low viscosity, good thermal stability, can replace natural wax; 3. No impurities, pure white color, suitable for high-end applications;  

Application areas: 1. Hot melt adhesive: improves initial adhesion and curing speed; 2. Candles: replace paraffin and reduce smoke and dust; 3. Plastic processing: lubricants to improve flow;   

6. Polyamide Wax

Characteristics: 1. Strong thixotropy, which can prevent pigment settling; 2. High temperature resistance (above 180 ° C) and good shear resistance; 3. Enhance the leveling of the coating to prevent sagging;   

Application areas: 1. Coatings: anti settling agents to improve storage stability; 2. Adhesive: Thickening and improving thixotropy; 3. Cosmetics: stabilizers for cream products;   

7. PE/PTFE composite wax

Characteristics: 1. Combining the lubricity of PE wax and the wear resistance of PTFE wax; 2. Reduce friction coefficient and improve surface smoothness; 3. Suitable for high demand lubrication and anti sticking applications

Application areas: 1. Engineering plastics: reducing friction between POM and PA; 2. Industrial lubrication: gear and guide rail lubricants; 3. Special coatings: wear-resistant and anti stick coatings