PE100 4X2 1mm High Tensile Strength Blue HDPE Plastic Sheet

Name: PE100 4X2 1mm High Tensile Strength Blue HDPE Plastic Sheet
Brand: Hebei Peliou New Materials Technology Co., Ltd
SKU: 2030199162

Hebei, ChinaHebei Peliou New Materials Technology Co., Ltd

US$3.00

1-999 kg

US$1.42

1,000+ kg

Sample price:US$1.00/piece.Request sample

Product profile

Customization

Available

Color

White, Black, Red, Green or Customized

Material

Model NO.

202404030941

Kind

Engineering Plastic Sheet

Water Absorption

＜0.01%

Contraction Percentage

＜0.4%

Tensile Strength

81~130MPa

Thickness

1-50mm Can Be Customized

Max Width

2800 mm

Sample

Availble

Standard Size

1220X2440X10mm

Length

No Limitation and Can Be Customized

Lead Time

Within 7 Working Days

Surface

Smooth or Textured Pattern Can Be Customized

Working Temperature

-80 to +80 Centigrade

Advantage

UV Resistant, Durable

Application

Food Industry, Environmental Protection Equipment

Feature

Easily Machined

Certificate

ISO 9001 / SGS

Raw Material

HDPE

Processing Technic

Extrusion

Transport Package

Plastic Film Then Pallet

Specification

1220x2440x10mm or customized

Trademark

peliou

Origin

China

HS Code

3920109090

Production Capacity

1000PCS/Day

Company profile

Importers and ExportersSelf-brandedIn-stock Capacity

Hebei Peliou New Materials Technology Co., Ltd

Hebei, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 6 Years CertifiedNearest Port: Tianjin PortAverage Response Time: ≤3.53h

AI-Powered supplier vetting

SummaryHebei Peliou New Materials Technology Co., Ltd. is a China-based limited company established in 2019 with 11 employees and a combined business profile covering engineering plastics and related products. It offers customization, ODM, and OEM services, and reports production of synthetic ice boards, sheets, rods, mats, pads, and CNC parts. However, it does not provide 3D software design, reported no new products in the past year, and has no SDK. Its service-management controls are weak, with no written procedures or records for service assessment, corrective actions, or complaint handling. The supplier has no overseas warehouse, showroom, agent, branch, or offline trade-show experience. A TUV Rheinland audit record for synthetic ice boards was provided, but the audit result is recorded as 0 and the report validity ended on January 9, 2026. Financial credibility cannot be fully assessed from the available non-financial information.

Supplier typeThe supplier is a China-based limited company established in Hebei in 2019, with a combined business type and a scope covering new-material technology services, engineering plastics, plastic products, rubber products, and import/export activities. This indicates an operating manufacturer/trading entity rather than an offshore company.

After-Sales capabilityThe supplier has no written procedures or records for service-capability assessment, corrective and preventive actions, or customer complaint handling. It also lacks overseas warehouses, showrooms, agents, branches, and offline trade-show experience, indicating limited documented and overseas service infrastructure.

Production capacityThe supplier reports production of UHMWPE and HDPE sheets, PE rods, ground-protection mats, outrigger pads, and plastic CNC parts, supported by mixing, forming, polishing, and cutting machinery. It also reports a lead time within 15 working days during off-peak periods and has a defined synthetic ice board product scope, although the stated output figures are not independently validated.

Customization capabilityThe supplier explicitly offers minor customization, sample-based customization, design-based customization, full customization, flexible customization, ODM, and OEM services. It does not provide 3D software design services, so customization is supported but not through that specific design modality.