Industrial chemical resistance reference data
Buna-N EPDM HDPE PTFE PVC PVDF Polypropylene Stainless Steel Viton
  • Home
  • Database
  • Materials
    • Buna-N 644
    • EPDM 644
    • HDPE 644
    • PTFE 644
    • PVC 644
    • PVDF 644
    • Polypropylene 644
    • Stainless Steel 644
    • Viton 644
  1. Home
  2. Database
  3. PTFE
Compatibility Database

PTFE Compatibility Reports

All Materials Buna-N 644 EPDM 644 HDPE 644 PTFE 644 PVC 644 PVDF 644 Polypropylene 644 Stainless Steel 644 Viton 644

Calcium Oxide

A-Excellent
vs PTFE
View full report

Calcium Sulfate

A-Excellent
vs PTFE
View full report

Calgon

A-Excellent
vs PTFE
View full report

Cane Juice

A-Excellent
vs PTFE
View full report

Carbolic Acid (Phenol)

A-Excellent
vs PTFE
View full report

Carbon Bisulfide

A-Excellent
vs PTFE
View full report

Carbon Dioxide (dry)

A-Excellent
vs PTFE
View full report

Carbon Dioxide (wet)

A-Excellent
vs PTFE
View full report

Carbon Disulfide

A-Excellent
vs PTFE
View full report

Carbon Monoxide

A-Excellent
vs PTFE
View full report

Posts navigation

  • «
  • 1
  • …
  • 51
  • 52
  • 53
  • 54
  • 55
  • …
  • 65
  • »

Engineering Disclaimer: Compatibility ratings are provided for reference only. Always verify operating temperatures, concentration limits, and pressure conditions before deploying any material in an active industrial environment.

An industrial chemical compatibility database covering resistance ratings for Polypropylene, Stainless Steel, and Viton across hundreds of acids, solvents, oils, and plating solutions.

Ratings reflect standard industrial testing parameters at ambient temperatures (72°F / 22°C).

Materials

  • Buna-N 644
  • EPDM 644
  • HDPE 644
  • PTFE 644
  • PVC 644
  • PVDF 644
  • Polypropylene 644
  • Stainless Steel 644
  • Viton 644

Database

  • Home
  • Compatibility
  • Privacy Policy
  • Terms of Service
  • Contact

Rating Guide

A Excellent — minimal swelling or attack
B Good — acceptable for most uses
C Fair — not for continuous exposure
D Severe effect — avoid completely
© 2026 ChemProps Chemical Compatibility Database. All rights reserved. Reference data for engineering guidance only.