OHP-6 High Density Oxidized Wax Lubrication Enhancement Mechanism
Chemical Nature: High-density oxidized polyethylene homopolymer, with polar groups such as carboxyl and hydroxyl introduced through an oxidation process, significantly improving compatibility with polar materials (such as PVC and engineering plastics).
High Hardness: Penetration < 1 dmm (ultra-low softening deformation).
High-Temperature Stability: Melting point 126–133°C (DIN 51801 standard), suitable for high-temperature processing.
Dual Lubrication: Internal lubrication (reduces melt viscosity) + external lubrication (facilitates demolding).
Form: White fine powder with excellent dispersibility.
Pour point: 126–133°C (DIN 51801)
Penetration: <1 dmm (ASTM D-5)
Density: 0.99 g/cm³ (ASTM D-1505)
Viscosity (120°C): ~6,500 mm²/s (Brookfield)
Acid value: 17.5–19.0 mg KOH/g
Molecular weight: ~11,000 g/mol
PVC Profiles/Pipes: Reduce melt viscosity, eliminate shark skin, and improve surface finish
Color Masterbatches/Functional Masterbatches: Efficiently disperse pigments and fillers, prevent agglomeration, and achieve more uniform color
Film Blowing/Injection Molding: Accelerate demolding, reduce carbon buildup, and extend equipment lifespan
Tires/seals: Improve flowability and demolding properties, reduce bubbles and defects
Anti-adhesive separators: Replace talc, eliminate dust pollution, and enhance product cleanliness
Water-based/solvent systems: Enhance abrasion resistance and scratch resistance, improve paint film hardness (up to 4H+)
Matting and tactile agents: Precisely control surface matte effects and impart a velvety texture
25kg/bag (moisture-proof paper bag🌫️).
Store in a cool, dry place (≤25℃❄️) away from light☀️.
After opening, seal with nitrogen 💨 or add desiccant to prevent moisture absorption and caking!
Transport at room temperature; do not transport with strong acids/oxidizers ⚠️.