Polyethylene Wax

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Polyethylene Wax Specification

Product Type
Wax

Shape
Beads/Flakes

Usage & Applications
Lubricant for extrusion and injection molding, dispersing agent, surface modifier, processing aid

Weight
25 kg bag

Acidity
Neutral

Impurity (%)
1%

Grade
Industrial

Position
Industrial Grade

Smell
Odorless

Chemical Name
Polyethylene Wax

Other Names
PE Wax

Classification
Synthetic Wax

Color
White

Form
Solid

Molecular Weight
2000-5000 g/mol

Density
0.92-0.94 g/cm3

Solubility
Insoluble in water

Purity (%)
99%

Shelf Life
2 years

Storage Conditions
Cool, dry place

Softening Point
100-110C

Compatibility
Compatible with most plastics and elastomers

Oil Content
<1%

Flash Point
>300C

Viscosity (CPS at 140C)
10-50

About Polyethylene Wax

Company	Origin	Grade	Packing	Form
Honeywell	U.S.A	AC 8	25Kg	Prills & Powder
Honeywell	U.S.A	AC 9	25Kg	Prills & Powder
Honeywell	U.S.A	AC 16	25Kg	Prills & Powder
Honeywell	U.S.A	AC 656	25Kg	Prills & Powder
Honeywell	U.S.A	AC 680	25Kg	Prills & Powder
Honeywell	U.S.A	AC 629	25Kg	Prills & Powder
Honeywell	U.S.A	AC 671 A	25KGS	Prills & Powder
Innospecs	Germany	LE -113	25Kg	Granules
Innospecs	Germany	LE -114	25Kg	Granules
Innospecs	Germany	LE -115	25Kg	Granules
Innospecs	Germany	LE- 116	25Kg	Granules
Innospecs	Germany	LE -253	25Kg	Granules
Innospecs	Germany	LE -262	25Kg	Granules
Innospecs	-	LE-453	25KGS	Granules
Innospecs	Korea		20Kg	Flakes

Versatile Industrial Applications

Polyethylene Wax serves as an exceptional processing aid in manufacturing industries, particularly for plastics and rubber. Its versatility extends to usage as a lubricant in extrusion and injection molding, dispersing agent, and surface modifier, enhancing product quality and efficiency across various industrial operations.

High Purity and Stability

With a remarkable purity of 99% and minimal oil content, this synthetic wax ensures high performance and consistency. Its thermal stability, marked by a flash point above 300C, and insolubility in water, guarantee reliable results even in demanding processing environments.

FAQs of Polyethylene Wax:

Q: How is Polyethylene Wax typically used in industrial manufacturing?

A: Polyethylene Wax is primarily used as a lubricant in extrusion and injection molding, as well as a dispersing agent and surface modifier. It helps improve processing efficiency, reduces friction, and enhances the quality and appearance of the final product.

Q: What makes Polyethylene Wax compatible with most plastics and elastomers?

A: Its synthetic nature, neutral acidity, and specific molecular structure allow Polyethylene Wax to blend seamlessly with a wide variety of plastics and elastomers, facilitating improved dispersion and mechanical properties without affecting material integrity.

Q: Where should Polyethylene Wax be stored for optimal shelf life?

A: To maintain its quality and extend shelf life up to two years, Polyethylene Wax should be stored in a cool, dry place away from direct sunlight or moisture, preferably in its original 25 kg bag packaging.

Q: When should I use Polyethylene Wax in the plastic manufacturing process?

A: Polyethylene Wax should be incorporated during the initial stages of plastic processing, such as pre-mixing or compounding, to ensure optimal lubricity, dispersion, and modification of surface properties throughout extrusion or injection molding.

Q: What benefits does Polyethylene Wax provide during processing?

A: The addition of Polyethylene Wax offers improved flow characteristics, reduced fusion time, minimized sticking issues, and enhanced gloss or surface finish, leading to smoother processing and superior end-product quality.

Q: How can Polyethylene Wax be applied for best results?

A: Depending on the formbeads or flakesPolyethylene Wax can be directly mixed into the resin or polymer batch. Uniform distribution during mixing ensures consistent effects as a lubricant, dispersing agent, or surface modifier in the final product.

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