Discover PVC lubricant additives designed to improve processing stability, reduce friction, prevent sticking,and support cleaner demolding in rigid PVC and plasticized PVC applications. Built for extrusion, injection molding,calendering, and compounding.
This product is non-ionic surfactant, and PVC has a good compatibility, can effectively improve the PVC processing of the free flow and non-stick, food hygiene.
In PVC manufacturing, lubricant selection can affect everything from torque and flow to release, appearance, and production consistency. A well-designed lubricant system helps processors achieve stable output, cleaner surfaces, and better overall efficiency.
Internal lubricants help reduce friction inside the PVC melt, making the material easier to process and improving consistency during extrusion, molding, and compounding.
External lubricants work at the interface between PVC and metal surfaces, helping reduce adhesion, improve demolding, and lower the risk of plate-out or sticking.
Appearance | Light yellow transparent oily liquid |
MeltingPoint(℃) | 5-12 |
Acid Value (mgkoh/g) | ≤ 3 |
Color value,Hazen | ≤ 6.5 |
Iodine value (gI2/100g) | ≤ 130 |
Flash point | ≥ 240 |
Density(20℃) | 0.92-0.93 |
Viscosity(20℃ Mpa s) | 1.47-1.48 |
Volatiles (4h/160°C ),% | ≤ 4 |
Our PVC efficient lubricants are designed to solve real-world processing challenges.
Use external lubricants such as PE wax or zinc stearate to reduce adhesion and improve release performance.
Add internal lubricants to reduce melt viscosity and improve processing stability during extrusion.
Optimize lubricant balance to improve dispersion and surface smoothness.
Adjust lubricant dosage and compatibility to minimize build-up on screws and dies.
Use a balanced lubricant package for consistent fusion and better process control.
Reduce internal friction to lower torque and energy usage during production.
180kg plastic drum or lined with plastic iron drum, the proposed storage in a dry cool and ventilated place.
Send us your resin type, process method, target performance, and current formulation challenges. We can help you select a lubricant package for better stability, release, and surface quality.
In most cases, a single lubricant does not perform equally well across all PVC applications. The best results usually come from selecting a lubricant package designed for the specific resin, equipment, and processing conditions.
PVC efficient lubricants are used to reduce friction during processing, improve melt flow, support mold release,reduce sticking, and help create a smoother surface finish.
Internal lubricants help reduce friction inside the PVC melt and improve flow stability. External lubricants reduce adhesion between PVC and processing equipment such as screws, dies, and molds.
The best lubricant depends on the resin formulation and the process. Rigid PVC extrusion often needs a balanced lubricant system, while injection molding may require stronger release and lower sticking.
