Heat performance is a crucial material property that should be considered when selecting materials for processing, molding, and part design. The heat performance of a material could significantly influence and improve the impact and tensile strength in an end use application. One of the most vetted and widely accepted methodologies for assessing the heat performance of a material is to evaluate its glass transition temperature (Tg).
The glass transition temperature of a polymer such as CPVC is the temperature at which the material transitions from hard and glassy to soft and rubbery. Fortunately, the Tg for CPVC is very high compared to many materials, allowing for increased heat resistance and better performance in high temperature applications:
Material | Tg °F |
---|---|
Nylon 6-10 | 104 |
UHMW PE | -256 |
PVDF | -50 |
ECTFE | 145-185 |
PP | 25 |
CPVC | 225-250 |
PS | 210 |
Steel (304 ss) | NA |
ABS | 221 |
PTFE | 275 |
To learn how a strong, heat-resistant material could improve your processing capabilities and products, contact us today.