German technical background VOK®-AP 996 wax auxiliary

VOK®-AP 996 R Micronized, Polytetrafluoroethylene (PTFE) modified polyethylene wax for solventborne and powder coatings to improve surface properties. 

Product Information 

Chemical composition 

Micronized, polytetrafluoroethylene (PTFE) modified polyethylene wax Typical physicochemical data 

This data page gives typical values only and is not a technical specification of the product.

Density: 0.96 g/cm3 

Melting point: 115 °C 

Particle size distribution (laser diffraction, volume distribution): D50: 6 μm D90: 11 μm 

Form of supply: Micronized 

Storage and transportation 

Temperature sensitive, stored and transported below 50 °C. Special Note VOK®-AP 996 R is a version of VOK®-AP  996 that complies with the EU REACH regulation. Application area: powder coatings 

Product features and benefits 

The additive improves surface slip and scratch resistance. Improved dirt pick-up resistance of powder coatings. 

Recommended dosage  

0.5-2 % additive dosage (in supply form) based on total formulation.

The above recommended addition amount is for reference only, and the suitable addition amount needs to be determined by a series of tests. 

Incorporation method and processing guidance 

VOK®-AP 996 R should be mixed and stirred with resins, curing agents, pigments and other additives at high speed, and then all extruded and discharged.

Liquid coatings 

Product features and benefits 

The additive adds slip to solventborne coatings and improves scratch, metal and dark heel marks. It also increases the hydrophobic properties of the coating. 

Recommended use 

Architectural coatings

Industrial coatings 

Anti-corrosion coatings 

Coatings for wood and furniture 

Coil coatings

Recommended dosage 0.3-2 % additive dosage (in supply form) is based on total formulation. The above recommended addition amount is for reference only, and the suitable addition amount needs to be determined by a series of tests. Addition method and processing guidance The additive is best added to the coating at a moderate shear rate at the end of the production process.