Resources

keyboard_arrow_rightBlogkeyboard_arrow_right

Achieving Cost Savings and Performance with UHMW-PE Plastic

Achieving Cost Savings and Performance with UHMW-PE Plastic

2025/11/14

Background Information

A food machinery manufacturer contacted us seeking a material with excellent sliding properties for use in production components. Smooth motion and chemical resistance were key requirements due to the application’s contact with food processing environments.

Problem Statement

The customer initially requested a quote using PTFE (Teflon), a high-performance plastic known for its outstanding sliding properties. However, PTFE’s cost exceeded the project’s budget. The client needed an alternative material that would maintain adequate smoothness and wear resistance without sacrificing food safety compliance.

Solution Implementation

After reviewing the required performance criteria, we determined that PTFE’s specifications were higher than necessary for the application. To balance performance and cost, we proposed switching to UHMW-PE, which has excellent sliding and wear resistance, strong chemical durability, and is non-toxic, making it ideal for food machinery parts.

The change to UHMW-PE met all functional and safety requirements while significantly reducing material costs.

Results

The new UHMW-PE parts met the client’s performance expectations and budget goals. The smooth operation of the machinery improved, and the customer was highly satisfied with both the quality and delivery speed.

Customer Feedback

“Thank you for the quick turnaround. The packaging and quality control were meticulously done.”
(Manufacturing Industry / Tokyo)

You Might Also like

What You Need to Know About S-C Steel

S-C steel is a low- to medium-carbon steel with excellent tensile strength and wear resistance, and is widely used for structural components in machinery and equipment. Before heat treatment, it machines easily, and hardness can be increased through quenching after machining.

What You Need to Know About SCM Steel

SCM steel is an alloy steel based on carbon steel with the addition of 0.9% to 1.2% chromium (Cr) and 0.15% to 0.3% molybdenum (Mo). It is hardenable through heat treatment, resulting in high tensile strength and hardness, and is typically selected when greater strength than standard carbon steel (S-C material) is required.

What You Need to Know About PVDF

PVDF (polyvinylidene fluoride) is a fluoropolymer with excellent heat resistance and chemical resistance. Among fluoropolymers, it stands out for having the highest dielectric constant and strong mechanical strength.

What You Need to Know About PPSU

PPSU (polyphenylsulfone) is an amorphous super engineering plastic with a high glass transition temperature and strong performance at elevated temperatures.

What You Need to Know About CFRP

CFRP (carbon fiber reinforced plastic) is a laminated composite material made by combining lightweight, high-strength carbon fibers with a resin base.