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ELPROTECTTM - PEO

Polyethylene
CAS NUMBER - 9002-88-4
Basic Information
Product Specification
About Product
Polyethylene is a versatile thermoplastic polymer consisting of ethylene monomers, available in various molecular weights and densities, widely utilized in personal care, packaging, and manufactured goods due to its excellent chemical resistance, flexibility, processability, and ability to function as a film-former, thickener, or abrasive depending on its physical form.

Product Specification

SYNONYMS

PE, Polythene, Polyethene, Ethylene homopolymer

MOLECULAR WEIGHT

Variable (10,000-6,000,000 g/mol)

CAS NUMBER

9002-88-4

CHEMICAL FORMULA

(C2H4)n

HS CODE

3901.10.00

DENSITY

0.91-0.97 g/cm³

MELTING POINT

115-135 °C

BOILING POINT

5+ years

VISCOSITY

-

SHELF LIFE

-

TYPICAL PROPERTIES

Appearance: White to translucent solid (powder, beads, or granules). Water Absorption: <0.01%. Chemical Resistance: Excellent to most acids, bases, and solvents. Electrical Insulation: Excellent. UV Stability: Requires stabilizers for outdoor use.

APPEARANCE

-

Packaging Type

hdpe drum

(C2H4)n

hdpe drums

gi drum

(C2H4)n

gi drums

bag

(C2H4)n

bags

Chemical Name

Polyethylene

Industry

Personal Care

Application of Polyethylene

1. Physical Exfoliation: Provides gentle mechanical exfoliation in scrubs and cleansers as microbeads or irregular particles.

2. Rheology Modification: Controls flow properties and enhances stability in emulsions and suspensions.

3. Film Formation: Creates water-resistant, flexible protective films in sunscreens and waterproof cosmetics.

4. Binding Agent: Functions as a binding and hardening agent in solid formulations such as deodorant sticks.

5. Texture Enhancement: Imparts slip, smoothness, and glide in makeup and skin care products.

About Product

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Features of Polyethylene

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Product FAQs

Are polyethylene beads environmentally sustainable for exfoliating products?

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What distinguishes low-density (LDPE) from high-density polyethylene (HDPE) in personal care applications?

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How does ultrahigh molecular weight polyethylene (UHMWPE) benefit specific formulations?

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Can polyethylene be incorporated into natural or clean beauty formulations?

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What processing techniques optimize polyethylene incorporation into personal care products?

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