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Acetic Acid Chemical Resistance

Select a material to see its resistance rating for Acetic Acid.

Note: Acetic Acid resistance varies by concentration. Data available for: 10 %, 100 %, 5 %, 50 %, 90%. Search for specific concentrations →

Select Material

Acetal (POM) Aluminium ECTFE/ETFE EPDM FEP HDPE LDPE NBR Nylon (PA) PETG PMP Polycarbonate Polystyrene Polysulfone PP PTFE PVC Flexible PVC Rigid PVDF SAN Silicone SS 316 SS 304 Viton (FPM)

About Acetic Acid Compatibility

Choosing the right material for handling or storing Acetic Acid is critical for safety and equipment longevity. The wrong material can lead to container failure, leaks, or contamination.

Our compatibility chart shows resistance ratings for 24 materials against Acetic Acid, tested at both 20°C and 50°C. Ratings follow the A-D scale: A (excellent) means the material is fully resistant and recommended for long-term use, while D means the material should not be used.

Always consider your specific conditions — concentration, temperature, pressure, and exposure time can all affect material performance. When in doubt, consult your equipment manufacturer or conduct testing.

Rating Scale

A Excellent
B Good
C Fair
D Poor

Frequently Asked Questions

What materials are resistant to Acetic Acid?

Our database covers 24 materials tested against Acetic Acid, including Acetal (POM), Aluminium, ECTFE/ETFE, EPDM, FEP, HDPE and 18 more. Ratings range from A (excellent resistance) to D (not recommended). Click any material above to see its specific rating at 20°C and 50°C.

What is the best material for storing Acetic Acid?

The best material depends on concentration, temperature, and exposure duration. PTFE and fluoropolymers generally offer excellent resistance to most chemicals. Check individual material ratings above for Acetic Acid compatibility at your specific conditions.

How do I read the chemical resistance ratings?

A = Excellent (fully resistant, recommended for long-term use). B = Good (minor effect possible, suitable for most applications). C = Limited (some degradation, short-term use only). D = Not Recommended (significant attack, do not use). Always verify ratings with your equipment manufacturer.

Does temperature affect Acetic Acid resistance?

Yes. Chemical resistance ratings can change significantly between 20°C and 50°C. Higher temperatures generally reduce material resistance. Our charts show ratings at both temperatures where data is available.

Where does the Acetic Acid compatibility data come from?

Chemical resistance data is based on comprehensive compatibility charts published by Bürkle GmbH (buerkle.de), a German manufacturer with decades of expertise in chemical handling equipment.