Boosting Processing Efficiency in Engineering Plastics with Wax Additives

Engineering plastics such as PA, POM, PC, and ABS require precise processing and stable mechanical properties. Wax additives engineering plastics act as effective lubricants, dispersion aids, and anti-wear agents during compounding.

Benefits of Wax in Engineering Resins

• Internal Lubrication: Reduces shear and melt viscosity.

• Thermal Stability: Withstands high compounding temperatures (240–300°C).

• Improved Surface: Enhances gloss and demolding properties.

Product Parameters

• Particle size: 5–8 µm for melt-phase distribution.

• High melting point: 130–150°C for crystalline resins.

• Compatible with glass fiber, flame retardants, and fillers.

Application Matrix

Performance Insights

• Screw torque lowered by 15% in GF-reinforced nylons.

• Glass fiber exposure at surface reduced in molded parts.

• Shrinkage and warpage improved with better filler dispersion.

Incorporating wax additives engineering plastics leads to better flow, appearance, and dimensional stability—key in automotive, electrical, and structural component manufacturing.