Reduce melt viscosity, excellet release agent
Product Introduction
OPE-256
Huajin® OPE-256 is a kind of high-density oxidized polyethylene wax with lower molecular weight and better flowability. It is built on a highly crystalline polyethylene backbone with uniformly distributed polar groups. This unique “high-crystallinity framework + polar functional groups” structure imparts excellent plastification promotion, superior lubrication and release properties, improved pigment and filler dispersion, as well as high-temperature stability and anti-adhesion performance during processing. The lower viscosty help it can quickly integrate into the PVC matrix, especially suitable for CPVC and transparent grade medical accessories.
Necessary for transparent products
Extend production cycle
Significantly promote plasticization
Packaging/Storage
The product is packaged in 25 kg woven bags and shipped on pallets, 40 bags to a pallet, and externally wrapped in calendered film. Store at room temperature in a dry area. Minimum shelf life in properly stored condition is two years from date of shipment.
Safety
Under current industrial hygiene regulations, polyethylene and copolymers are considered non-hazardous substances and do not require a hazard warning label. Please consult our safety data sheets for more detailed advice on safe handling.
General Characteristics
Characteristics |
UNIT |
VALUE |
| Softening Point | [°C] | 133 |
| Viscosity @160°C | [mPa·s] | 2000~3000 |
| Hardness @25°C | [10-1mm] | ~1.0 |
| Density | [g/cm3] | 0.98 |
| Acid Number | [mgKOH/g] | 18~23 |
| Appearance | - | Powder |
Related Models
OPE-701
Huajin® OPE-701 is a kind of high-density oxidized polyethylene wax. It is built on a highly crystalline polyethylene backbone with uniformly distributed polar groups. This unique “high-crystallinity framework + polar functional groups” structure imparts excellent plastification promotion, superior lubrication and release properties, improved pigment and filler dispersion, as well as high-temperature stability and anti-adhesion performance during processing.
