According to our Technical Sales Manager, Venkat Nandivada, additional information would be needed to provide the best solution.
These are some of the questions he would ask:
- What temperature does the exposure to acetone take place?
- What is the duration of exposure and how many times does this exposure occur?
- Do you want low outgassing?
- What viscosity are you looking for?
Making certain assumptions about the answers to the above questions, Venkat recommended
EP41S-1.
EP41S-1
has outstanding chemical resistance. It was tested as a coating of
about 0.020 inches thick on sand blasted steel. To optimize its chemical
resistance, it was cured for 24 hours at room temperature followed by
2-3 hours at 200°F. The system was then immersed in a wide variety of
chemicals including ethylene glycol, sodium hydroxide, toluene,
gasoline, and more, for over 1 year. After 14 months, no failures were
observed.
The operating temperature of EP41S-1 ranges from -60°F to +300°F.
The viscosity of Part A is 10,000-15,000 and Part B is 250-400.
EP41S-1 also comes in a non-drip version, EP41S-1ND, and in a high temperature version,
EP41S-1HT which is serviceable up to 400°F.
Request a technical data sheet for a complete listing of EP41S-1's typical properties.
