HDPE Sheet Wholesale Custom Size High Density for Industrial

Product Description

Product Description

PerformanceCategory	Performance Index	Low-DensityPolyethylene (LDPE)Sheet	High-DensityPolyethylene (HDPE)Sheet	Ultra-High-MolecularWeight Polyethylene(UHMW-PE) Sheet
Physical Properties	Density(g/cm³)	0.910-0.925	0.940-0.965	0.935-0.945
	Melting Point (°C)	105-115	126-136	130-136
	Water Absorption(%)	≤0.03	≤0.01	≤0.01
	Shore Hardness(D)	40-50	60-70	60-75
Mechanica Properties	Tensile Strength(MPa)	7-15	20-35	30-40
	Elongation at Break(%)	200-600	100-400	300-500
	Impact Strength(kJ/m²)	>20	>50	>150 (Unnotched)
	Flexural Strength(MPa)	10-15	20-25	25-30
Chemical Properties	Acid and AlkaliResistance	Resistant to diluteacids and alkalis,not resistant tostrong oxidants	Resistant to acids,alkalis and saltsolutions, excellentchemical stability	Excellent corrosionresistance, resistantto most acid andalkali media
	Organic SolventResistance	Resistant toalcohols and estersat room temperature, not resistant to aromatichydrocarbons andhalogenated hydrocarbons	Resistant to mostorganic solvents atroom temperature,swells at hightemperatures	Better organic solventresistance than HDPE
Thermal Properties	Continuous ServiceTemperature (°C)	-60~60	-70~100	-269~110
	Heat DistortionTemperature (°C0.46MPa)	40-50	60-80	80-90
Other Properties	Wear Resistance	General	Good	Excellent (7 times that of carbon steel)
	Self-lubricating Property	General	Good	Excellent
	Aging Resistance	Poor; antioxidants required	Good; UV stabilizers can be added	Good; better weather resistance than ordinary PE

Specification Category	Specific Parameter	Regular Range	Customized Range
Sheet Dimensions	Thickness (mm)	1-200	0.5-500
	Width (mm)	1000-2000	500-3000
	Length (mm)	2000-4000	1000-6000
Color	Basic Colors	White, Black, Gray	Custom colors (Blue, Green, Yellow, etc.)
Processing Method	Molding Process	Extrusion Molding, Compression Molding	Injection Molding (Special-shaped Parts)
Application Scenarios	-	Packaging Liners, Film Substrates, Light-duty Base Plates	Chemical Tank Liners, Food-grade Base Plates, Pipes
	-	-	Wear-resistant Guide Rails, Conveyor Belts, Gears, Medical Components

Material Introduction

Polyethylene (PE) is a versatile thermoplastic polymer made from ethylene monomers, renowned for its exceptional combination of performance, durability, and cost-effectiveness. As one of the most widely used plastics globally, our PE material is manufactured in China with advanced production technology, adhering to international quality standards (such as ISO, ASTM, and GB). It features a non-toxic, odorless, and chemically stable structure, making it suitable for a broad range of industrial, commercial, and daily-use applications.

Why Choose Our PE Material?

•Made in China with advanced technology, offering reliable quality and competitive pricing.

•Versatile applications to meet diverse industry needs.

•non-toxic, and environmentally friendly . 

•Professional technical support and timely after-sales service.

. Contact us today to learn more about our PE material and get a customized quote!

FAQ

Q1:What are the main types of polyethylene and their typical applications?

A1:The main types are LDPE, PE, UHMWPE. LDPE are used for films, bags and flexible products; PE for rigid containers, pipes and structural parts; UHMWPE for high wear-resistant parts like gears and liners.

Q2:What is your delivery cycle?

A2:Based on the quantity of your order, our production lead time is usually 7-25 days.

Q3:What are the key advantages of PE compared to other engineering plastics?

A3:PE features low cost, good processability, excellent low-temperature toughness, light weight, good chemical resistance and non-toxicity, making it widely used in packaging, construction and daily necessities.

Q4:What are common processing methods for PE products?

A4: Common methods include injection molding, extrusion, blow molding, rotational molding and thermoforming. UHMWPE is usually processed by compression molding and machining due to its high melt viscosity.