PTFE-1007 wax powder

Used in UV, solvent-based paint inks and powder coatings to improve surface hardness and wear resistance.

Product Information

Chemical composition

Teflon modified polyethylene wax

Typical physicochemical data

The data provided on this data page is only typical values and not technical indicators of the product.

Melting point:                    120/320℃

Particle size:                     D50: 6μm     D90: 11μm

Supply form:                        Micronized powder

Storage and transportation

Storage in cool,dry or well-ventilated place.

Application

Liquid coating and inks

Product features and advantages

The additive can reduce the coefficient of friction in the solvent-based coating oil, has excellent smoothness, significantly improves the wear resistance and scratch resistance of the coating, and has good transparency.

Recommended Use

Wood coating, iron printing coating, coil coating, floor coating, printing ink, industrial coating, UV coating, plastic coating.

Recommended dosage

0.3-3% additive dosage based on the total formula. due to different formulations and process conditions. it is recommended to test before use to determine the best amount of addition.

Adding method and process guidance

The product can be directly dispersed in the coating and ink by high-speed stirring or grinding, and can also be added after preparation of wax paste.

Powder coatings

Features and advantages

The additive can improve the surface smoothness and scratch resistance, and improve the stain resistance of powder coatings.

Recommended dosage

0.3-2% additives based on the total formula, due to different formulations and process conditions, it is recommended to test before use to determine the best amount of addition.

Adding method and process guidance

The product is recommended to be added when the base material is premixed, and then completely extruded. It can also be added to the sheet material mixed together with grinding and sifting, or added to the finished powder mixed and sifting.