Ideal Electrical 30-031 Noalox Anti-Oxidant Compound, 8 oz Bottle
Product Description
Ideal Electrical 30-031 Noalox Anti-Oxidant Compound, 8 oz Bottle
- Anti-Oxidant: Compound with suspended zinc particles which penetrate and cut aluminum oxidation improving efficiency and service life of aluminum electrical connections while the carrier material excludes air from entering
- Improved conductivity: Formula provides additional inner-strand and inner-conductor current paths for better conductivity and cooler connections
- Applications: The wire anti-oxidant is specifically made to be used with pressure-type wire connectors including taps, split-bolts, lugs, and service entrances. It is compatible with aluminum to aluminum, and aluminum to copper connections
- Performance: Reduces galling and seizing when applied on aluminum conduit joints promoting good ground continuity while improving connection efficiency
- Specification: IDEAL Electrical Noalox Anti-Oxidant is available in a 8 oz. bottle and has a voltage rating of 600V and temperature range of -40 C to 150 C. Noalox is Made in the U.S.A.
The Ideal 30-031 is a Noalox Anti-Oxidant Compound. This compound is an ani-oxidant, anti-seizing compound that improves efficiency and service life of aluminum-to-aluminum and aluminum-to-copper electrical connections, as well as reduces galling and seizing and promotes good ground continuity on aluminum conduit joints. Small zinc particles that float in this compound penetrate and cut aluminum oxide, and the carrier material excludes air to prevent further oxidation. 1916, J. Walter Becker started the Ideal Commutate Dresser Company of Chicago from his mother's kitchen. He manufactured commutate dresser stones with the belief that every product should be worth more than the price paid for it. Service, he said, was part of the product. That idea has been the core IDEAL business principle for over 90 years. Today, the many loyal distributors and customers that make IDEAL successful are a testament to Becker's original philosophy.
