OK

The material selection platform
Plastics & Elastomers

Welcome back,

Subscribe to Newsletters Login / Register

The material selection platform
Plastics & Elastomers

The new engineering materials powerhouse

The new engineering materials powerhouse

The new engineering materials powerhouse

by SpecialChem

MARPOL® HDB 503

Technical Datasheet | Supplied by Marco Polo International

MARPOL® HDB 503 by Marco Polo International is a non-additive, high density polyethylene (HDPE) grade designed using Phillips Process. Exhibits high environmental stress-cracking resistance (ESCR), good stiffness and good impact strength. Is suitable for processing by blow molding. MARPOL® HDB 503 is recommended for food packaging, household and industrial chemicals, bleach, detergents and pharmaceutical packaging. Complies with FDA.

Read More View less

Product Type

PE (Polyethylene) > HDPE

Product Status

COMMERCIAL

Applications/ Recommended for

Packaging
Households products/ Consumer Goods
Engineering / manufacturing
Extrusion > Blow molding
Injection molding - thermoplastics > Blow molding

Access full datasheet

MARPOL® HDB 503 Properties

Physical Properties

Value & Unit

Test Condition

Test Method

Specific Gravity

0.945 g/cm³

ASTM D1505

Environmental Stress Cracking Resistance (ESCR)

1000 hrs

ASTM D1693

Want to list or
update your products?

View the listing options

Want to report errors or
suggest improvements?

Send a Feedback

Products with the same brand name

View more (164)

Access Reliable
Product Information

Database of 100015 Plastics & Elastomers,
reviewed and updated daily

Improve your Product
Selection Experience

Open your choices, compare products,
ask for samples, contact suppliers

Keep-up with latest
Technical Solutions

Be inspired and never miss again crucial
innovations with our weekly email updates

CREATE YOUR FREE ACCOUNT

Quick Navigation

Stay connected

Subscribe to our Newsletters

Industries Served

Plastics
Elastomers

Coatings
Ingredients

Adhesives
Ingredients

Cosmetics
Ingredients

Polymer
Additives

Copyright © SpecialChem 2024

Terms and Conditions Privacy Policy Cookie Policy