Continuous Coil Processing Services
Ano-Mag provides anodized aluminum and custom wound magnets that exhibit an exceptional caliber of quality. Our process improves the aluminum surface, making it more corrosion resistant, abrasion resistant, harder, and more attractive. We fulfill small orders in as little as three days and larger orders within a 30-day timeframe. In addition to the industrial magnet market, we serve an extensive range of industries that require an exceptional level of quality and repeatable consistency, start-to-finish, batch-to-batch. Contact us today to learn more about our coil processing services or request a quote.
Unique to Ano-Mag is the diverse arrangement of process applications that would otherwise be untenable were it not for our skill at servicing a new market. R & D is contributing to a significant demand in low mass, high out-put energy applications with high heat resistance, Ano-Mag is a leader in new Nano Technologies.Learn More
of Aluminum Strip
of Color Aluminum Strip
of Aluminum Foil
of BR 127 Corrosion Inhibitor
Insulation of Coils
Anodizing, A1203, is an anodic oxide film formed on aluminum having good mechanical properties, flexibility, hardness, corrosion and abrasion resistance. Typical anodizing is performed in batch or "rack" systems that require a positive contact with a conductor to facilitate the anodizing process. Our continuous process, although not entirely unique, allows for the conductor (aluminum strip) to act as the anode and the solution acts as the contact. Power is determined by load and conductor carrying capabilities. The solution is a standard polyvalent acid diluted in water, providing an electrolyte that forms a very uniform and consistent finish edge to edge and coil to coil. Anodic coating for conductor coils begins at .0002" (200 VDC) UP TO .001 ' (1000 VDC) thick.
Ano-Mag houses a 135 foot continuous coil anodizing line, slitting equipment, edge conditioning system, rewind table for magnetic conductor winding, taping and banding stations for finishing.Learn More