For ‘ spray on’ field servicing or maintenance requirementsĬortec ElectriCorr VpCI 238 has been tested by a globally renowned laboratory under accelerated conditions as per the Batelle defined flowing mix gas test in a class III environment.To protect various metals in humid environments.Electronic contacts and component parts.Dual mechanism of action uses both moisture displacement and penetrating film characteristics.Can be used as a electrical contact cleaner agent.Vapour phase action works well in both venter and non-ventilated enclosures.Superior corrosion protection at a cheaper overall cost than traditional rust preventatives.Advanced multi-metal protection that keeps working into the long term.Benefits of ElectriCorr® VpCI 238 electrical contact cleaner For heavy corrosion use VpCI 238 with one of VpCI Emitters for enhanced and extended protection.
SPRAYON ELECTRICAL CONTACT CLEANER FREE
In addition to ElectriCorr VpCI 238’s versatility it remains free of CFC’s and 1,1,1-Trichlorenethane.Ĭorrosion protection occurs on application. Aluminium, steel, copper, brass, ferrous and non-ferrous metals. VpCi-238 is effective when used to prevent galvanic corrosion on most metals and alloys used in electronics. VpCI 238 is perfectly compatible with metal substrates and does not interfere with the electrical resistance or magnetic properties of the metal.ĮlectriCorr can be safely applied to most material substrates including plastics, elastomers and other non metals. Vapour Corrosion Inhibitors are effective against the usual corrosion culprits and work well in challenging environments such as industrial, marine & tropical climates.
The corrosion Inhibitors form a thin mon layer film that provides unbeatable corrosion and rust protection into the long term. This cleaner is specifically formulated for electronic equipment & component applications. Description ElectriCorr VpCI 238 is a multi functional electrical contact cleaner containing Cortec corporations patented VpCI (Vapour Phase Corrosion Inhibitor) technology.
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