Liquid Rubber Chemical Resistance Chart (Page 4 of 4) in pdf

Liquid Rubber Chemical Resistance Chart Page 4

Additional notes:

1. Performance was evaluated by determining the strength of samples before and

after immersion in the chemical solutions shown for 180 days at room

temperature (22±3

C) according to the method described in ASTM D-412.

2. Most of the results were obtained using saturated solutions of the chemical in

water. Although it may generally be assumed that a saturated solution represents

the worst case, results may differ if more dilute solutions are employed.

3. Most of the chemicals listed are solutions of inorganic compounds in water.

With rare exceptions Liquid Rubber is not recommended for applications in

which it is to be in contact with organic compounds such as oils or solvents.

4. The list shown is not exhaustive. Please consult with your Liquid Rubber

Technical Representative for any chemicals, or concentrations thereof which may

be of interest but are not on the list.

5. Liquid Rubber is not recommended for use with strong oxidizing agents.

6. All testing was carried using pure chemicals. In some cases the presence of even

small quantities of contaminants may dramatically affect the results.

7. Please contact the Lafarge Asphalt Engineering Technical Department for

information about chemicals not included on this list, or if more than one

chemical is present in the system.

8. “Limited” indicates that occasional contact with the chemical indicated may be

tolerated but that continuous exposure is unacceptable. In cases where limited

acceptability is indicated, please consult with the Lafarge Asphalt Engineering

Technical Department.

Liquid Rubber Chemical Resistance Chart Page 4