Plastic Part Failure Caused by Environmental Stress Cracking
Engineering plastics are widely used in chemical environments due to their broad resistance to aggressive media. Certain plastics are susceptible to environmental stress cracking (ESC), or premature brittle failure caused by the combination of stress and adverse environmental conditions. ESC is one of the most common causes of plastic part failure.
This white paper provides engineers and designers with an overview of ESC, plastic material selection, plastic part design, and assembly in order to avoid costly part failures.
Topics covered in this informative paper include:
- Common causes of ESC and how to contend with them
- ESC as a form of accelerated creep rupture
- How it works (mechanism)
- Swelling
- Testing for ESC resistance
- The ESC problem
- ESC agents (absorption and diffusion) with a total solubility parameters table
- Environmental conditions
- Polyolefins
- Tips to avoid ESC failure in plastic parts
- Chemical resistance data
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Working With Plastics
Plastic Applications
Discover plastic materials with characteristics important to your application.
Operating Environments
Plastic materials are engineered to perform in the most challenging conditions including temperature, chemicals, and more.
Material Selection Tools
Tools to help you select materials by plastic properties, chemical resistance, FDA compliance, or brand.
Plastic Applications
Discover plastic materials with characteristics important to your application.
Operating Environments
Plastic materials are engineered to perform in the most challenging conditions including temperature, chemicals, and more.
Material Selection Tools
Tools to help you select materials by plastic properties, chemical resistance, FDA compliance, or brand.
