Petroleum-based solvents can and will attack synthetic rubber parts (some silicones are very resistant, however) and should be avoided. Alcohol-based cleaners can be a good alternative, and are available as sprays and liquids.
Most any ketone will dissolve rubber. Acetone is probably the safest of the bunch. Another thing that might work is a little bit of gasoline or Windex (ammonia solution). Most rubber is bonded with rubber cement, which usually has a n-heptane solvent to begin with that is evaporated off.
Acetone can be used on all rubber surfaces, including the pinch roller. Acetone will eat paint and any stryene/ABS/acrylic plastic. It will not hurt polypropylene/ethylene/nylon types of plastic. It will not hurt cross-linked plastics like polycarbonate.
IME rubbing alcohol (isopropanol/isopropyl alcohol) works best but still needs a fair amount of rubbing since it primarily prevents readhesion of the rubber. it does not actually dissolve it as such. Ethanol / methylated spirit also works ok.
Chemicals That Can Degrade Natural Rubber:
Ketones. Esters. Aromatic hydrocarbons. Chlorinated solvents.
Petroleum-based solvents can and will attack synthetic rubber parts (some silicones are very resistant, however) and should be avoided. Alcohol-based cleaners can be a good alternative, and are available as sprays and liquids.
When rubber is exposed to hydrogen peroxide, it can cause significant damage. The rubber can become brittle, discolored, and have a reduced tensile strength. It can also become more susceptible to environmental factors, such as UV radiation, heat, and ozone.
Petroleum-Based Materials: Hydraulic oils and greases that are petroleum-based contain hydrocarbon components. These long chains of chemicals have a negative impact on EPDM rubber seals. In fact, they can dissolve the rubber material entirely.
When rubber is exposed to isopropanol, it can cause swelling, cracking, and other forms of degradation. The rubber can become less elastic and lose its flexibility. Over time, exposure to isopropanol can cause the rubber to become brittle and eventually break down.
When rubber is exposed to vinegar, it can cause the rubber to swell and become soft due to the acidic nature of the vinegar. This can lead to a decrease in the strength and durability of the rubber, as well as discoloration. Additionally, the vinegar can cause the rubber to crack and degrade, leading to further damage.
Mineral spirits is a petroleum distillate, and a rubber roof can react with swelling, deterioration and discoloring.
Although alcohol is an effective cleaner for most kinds of stickiness, you should only use this cleaning agent on rubber occasionally. Dampen a clean rag with alcohol and wipe at sticky areas until they are removed. Rinse the rubber with water afterwards.
Due to its solvent properties, paint thinner can cause rubber materials to swell and degrade. This can lead to cracking and decreased flexibility, ultimately leading to failure.
When rubber is exposed to Acetone, it can cause swelling and softening of the material. This can lead to an increase in permeability, leading to potential failure. Additionally, the rubber may become brittle and crack or tear if exposed to the chemical for extended periods of time.
Answer: Unvulcanized rubber is soluble in a number of hydrocarbons, including benzene, toluene, gasoline, and lubricating oils. Rubber is water repellent and resistant to alkalies and weak acids.
Acetone: Acetone is a common solvent that can effectively soften rubber. It is important to note that prolonged exposure to acetone can cause rubber to deteriorate, so it should be used with caution. Mineral spirits: Mineral spirits, also known as paint thinner, can be used to soften rubber.
When exposed to ethyl alcohol, rubber materials can soften, swell, become brittle, and/or experience a loss of strength. Ethyl alcohol can also cause rubber to swell and become sticky, which can be a major issue in certain applications where the rubber needs to maintain a snug fit.
This can be done with water alone or with a neutral cleaner. You don't need strong chemistry to keep the rubber clean. We recommend periodic cleaning with a neutral cleaner. A pH of around 7 or 8 diluted with warm water is preferred, or just warm water by itself.
Keep Isopropyl Alcohol out of confined spaces, such as sewers, because of the possibility of an explosion. DO NOT wash into sewer. Isopropyl Alcohol is dangerous to aquatic life at high concentrations.
Most any ketone will dissolve rubber. Acetone is probably the safest of the bunch. Another thing that might work is a little bit of gasoline or Windex (ammonia solution).
Most elastomers undergo rubber degradation over time and the most common rubber deterioration causes are exposure to light, oxygen (ozone) and heat.
Hydrogen peroxide is a great anti-microbial that will disinfect and clean your rubber surface in its diluted form. It will dissolve rubber products when using a concentrated form.
Concerning vaseline, it is a petroleum derivative. As mentioned above, hydrocarbons attack rubber. If you coat rubber gaskets with petroleum jelly to preserve them, you will get the opposite effect. After a few months, the rubber will become porous and you will need to change all your joints.
Bleach can damage the rubber seal if used too frequently.
Baking soda: Sprinkle baking soda on the rubber flooring and let it sit for several hours before vacuuming it up. This can help to absorb the odor. Vinegar and water: Mix equal parts vinegar and water and mop the floor with the solution. This can help to neutralize the odor.