Ultrasonic Cleaning - Automotive & Transportation Applications - 3M™ Novec™ Engineered Fluids
Concerns about cost, worker safety, cleaning efficiency and environmental regulation have focused increasing attention on the materials and processes used to clean automotive components, ranging from sophisticated electronics to precision mechanical assemblies.
That's why more and more automotive manufacturing professionals around the world rely on 3M™ Novec™ Engineered Fluids to handle some of their toughest precision cleaning challenges.
Novec Fluids are a family of non-flammable, non ozone-depleting, low global warming solvents used in a wide range of vapour degreasing, immersion, hand-wipe and spray cleaning applications. These versatile, sustainable materials are effective on a wide range of soils, and offer excellent compatibility with most metals, plastics and elastomers.
Want to learn more about ultrasonic cleaning?
Are you confused by the legislation & restrictions surrounding Trichloroethylene or Methylene Chloride or HFC Solvents used in your ultrasonic cleaning? Are you concerned by the quantity of nPB you are consuming? Or are the huge volumes of water being consumed in your aqueous cleaning becoming a hidden cost? Take a look at our comparison overview.
Are you conducting ultrasonic cleaning for the first time? Want to understand how legislation around Trichloroethylene impacts on your equipment? Are you replacing your existing solvent with Novec but don't know if it can be used with your equipment? Let us help to guide you through.
Want to know more about the ultrasonic cleaning process? Let our video demonstrations guide you through a start to finish process and see the advantages of vapour degreasing cleaning systems over aqueous cleaning.
Traditional ultrasonic cleaning solvents such as Trichloroethylene and nPB carry a number of carcinogenic risk phrases and some are also classed as CMRs (Carcinogenic, Mutagenic or Reproductive Toxin). Let us help you understand the risks, their impacts and ways to overcome them.