Scratch Resistant FT Wax Micronized Multipurpose For Coating

Name: Scratch Resistant FT Wax Micronized Multipurpose For Coating
Brand: Dongguan Youngteam New Material Technology Co., Ltd.

Excellent Scratch Resistance Excellent Smoothness Good Lubricity/Helps Disperse Pigments Product:FT wax powder Model:HD-339T Composition: Micro powdery high molecular weight Fischer-Tropsch homopolymer Technical Parameter: characteristic parameter Appearance White Powder Particle size 5μm (D50) Melting point 105℃ Density 0.94(g/cc ) Hardness

Place of Origin China

Packaging Details 20KG/bag

Color White

Durability Good

Model Number HD-339T

Supply Ability 200Tons/month

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Product Description

Excellent Scratch Resistance Excellent Smoothness Good Lubricity/Helps Disperse Pigments

Product:FT wax powder

Model:HD-339T

Composition: Micro powdery high molecular weight Fischer-Tropsch homopolymer

Technical Parameter:

characteristic	parameter
Appearance	White Powder
Particle size	5μm (D50)
Melting point	105℃
Density	0.94(g/cc )
Hardness	<1dmm

Function:

system	features
HD-339T Fischer Wax Powder can be applied to various coating systems, especially suitable for surface printing and composite printing inks	Excellent scratch resistance
	Excellent smoothness
	Good lubricity/helps disperse pigments
	Less impact on gloss

Addition amount and usage method:

1,In different systems, the addition amount of wax micropowder is generally between 0.5% and 1%

2,Directly dispersed in solvent based coatings and inks through high-speed stirring

3, It can be added through various grinding machines and high shear dispersion equipment

4, Pre dispersion treatment can be carried out to prepare a wax slurry with a wax powder concentration of 20-30%, which can be added to the system when needed to reduce the dispersion time of the wax powder

Product packaging: Paper plastic composite bag Net weight: 20kg/bag 500KG/pallet

Tips:The conditions and ratios listed in this manual are for reference only. It is recommended that users make appropriate adjustments based on specific equipment, materials, environment, and application conditions before use