ELECTROSOL QUICK DRY (ELECTRICAL CLEANER)
ROCHEM ELECTROSOL are cold degreasing safety solvents. They combine the best cleaning qualities of the inflammable solvents and carbon tetra chloride, but eliminate the explosive and toxic dangers of these products.
They are designed for degreasing and cleaning electrical equipments such as motors and generators, circuit breakers, distribution panels, machinery, instruments, etc. Additionally, these cleaners are very effective for removing dust particulates and oils where water washing in cumbersome, messy, troublesome or rust promoting.
ROCHEM ELECTROSOLVENTS, whilst having in common a high cleaning capacity, differ from each other in a number of special characteristics in this way they give a broad range of applications and make it possible to takle various problems with the best possible results.
ELECTROSOL QUICK DRY
This most effective product can be used confidently in areas where inflammable products are prohibited.
Very high solvency power combines with fast drying, thus allowing rapid cleaning of electrical equipment which has to be cleaned in a short space of time.
All ROCHEM ELECTROSOLVENTS are easily applied by pressure jet, spray, brush, immersion or swab methods. As discussed above, Electrosol Quick Dry in virtually harmless to any type of insulating materials including plastics.
All ROCHEM ELECTROSOLVENTS do not affect polyvinylchloride, nylon, Teflon, nitrocellulose and bakelite. Neoprene, rubber and buna rubber swell after prolonged contact. Polystyrene dissolves. Insulating materials are normally not harmed.
PRODUCTS FLASHPOINT DIELECTRIC FACTOR
* Electrosol Plus 62 C 30,000 V/cm
* Electrosol Quick Dry None 28,000 V/cm
* Anti-moist 66 C
All ROCHEM ELECTROSOLVENTS ARE
Rochem Electrosol Quick Dry is absolutely NON INFLAMMABLE
Although the rate of toxicity of Rochem Electrosolvents is very low, careful attention should be given to adequate ventilation such as with the use of any solvent or paint. In case of contact with skin or eyes flush with plenty of water.