BASF-Terluran-GP22 (Conditioned)

BASF-Terluran-GP22 (Conditioned) material properties: Density 1.014 g/cm3, Young's modulus 1.68 GPa, Yield strength 31.3 MPa (representative value; grade and...

Overview

polymer · commodity polymer grade — Conditioned representative condition

Grade designation: BASF-Terluran-GP22-COND

BASF-Terluran-GP22; manufacturer/trade: BASF; curated real material/grade family record

Curated real material/grade record. BASF trade or supplier catalog grade retained from grade name. Property values are representative literature ranges; consult linked references, standards, and manufacturer datasheets for design allowables.

Key material properties

Density1.014 g/cm3
Young's modulus1.68 GPa
Yield strength31.3 MPa (representative value; grade and condition dependent)
Thermal conductivity0.215 W/mK
Heat resistance / melting point93.7 C

Published property ranges

Density (g/cm3)CAMPUS Plastics: 0.974–1.046; MatWeb: 0.995–1.069; Polymer handbook: 0.966–1.037
Young's modulus (GPa)CAMPUS Plastics: 1.612–1.71; MatWeb: 1.696–1.8; Polymer handbook: 1.578–1.673
Thermal conductivity (W/mK)CAMPUS Plastics: 0.205–0.211; MatWeb: 0.23–0.238; Polymer handbook: 0.195–0.2

Ranges are representative values from the cited handbooks/datasheets; use manufacturer datasheets for design allowables.

Typical uses

Frequently asked questions

What is the density of BASF-Terluran-GP22 (Conditioned)?

The density of BASF-Terluran-GP22 (Conditioned) is 1.014 g/cm3.

What is BASF-Terluran-GP22 (Conditioned) used for?

BASF-Terluran-GP22 (Conditioned) is typically used for injection molding, extrusion, Films and packaging.

What condition does BASF-Terluran-GP22-COND refer to?

BASF-Terluran-GP22-COND refers to the "Conditioned" condition: Conditioned representative condition.

What category of material is BASF-Terluran-GP22 (Conditioned)?

BASF-Terluran-GP22 (Conditioned) is categorized as polymer (family: commodity polymer grade).

Internal tools

Related materials

References

Download this material data as a CSV pack (1,000 materials)