LDPE Resin

LDPE Resin Characteristics & Uses

LDPE Resin Applications:

Plastic Molded Concepts can use LDPE Resin for a wide variety of molding services, including:

At PMC, we take pride in our expertise and also provide Mold Design Services & Consultations. Whether you need molds designed, or assistance in choosing the appropriate resin, our team is here to provide you with the necessary guidance and support.

Don’t let the complexities of resin selection hinder your project. Reach out to our dedicated team by clicking on the Contact Us button below for additional help in determining the precise engineering resin needed for your application.

If you have already identified the resin you require, save time by directly requesting a personalized quote. Simply Request a Quote and we’ll quickly respond with a comprehensive estimate tailored to your project’s specific needs.

With PMC, you’ll benefit from our wealth of knowledge and experience in resin selection and mold design, ensuring that your project proceeds smoothly and successfully.

Please Note: PMC does not sell the materials on this page. We only use the material list to inform visitors that we are experienced in processing these materials for many fine products.

LDPE Resin Material Data Sheet

These data sheets are examples of the information you should be able to acquire from the material supplier(s) of choice. When specific material(s) are selected then all necessary physical part properties will become the basis for your selection(s).

Material	LDPE
Chemical Name	LDPE; Low Density Polyethylene
Structure	Low Crystalline
Opacity	Transparent
Strength	Flexible
Specific Gravity	0.92
Shrinkage	2.0%-3.0%
Melting Point	213°-243°F
Deflection Temperature	102°-203°F
Service Temperature	114.8°F
Applications	LDPE resin is commonly used when plastic injection molding laboratory equipment, containers & bottles. It is also commonly used for molding liners for tanks and ponds.
Advantages	Retains Toughness & Pliability Over a Wide Temperature Range Highly Recyclable Material
Disadvantages	Density Drops Off Dramatically Above Room Temperature Exposure to Light & Oxygen Results in Loss of Strength & Loss of Tear Resistance