Products

Magni 560 is a chrome-free duplex coating that combines electroplated zinc and hex- chrome-free passivated substrate with an aluminum-rich organic topcoat. A coating that can be engineered to specific coefficient-of-friction needs, Magni 560 is offered with exempt solvents and typically applied to fasteners, including nuts, bolts and other hardware. Magni 560 can be applied via dip-spin or spray application methods.

Magni 567 is a chrome-free coating engineered for use on fasteners, including nuts, bolts, screws and other hardware. Developed specifically to meet more stringent corrosion and friction performance requirements, Magni 567’s three-layer system - two basecoats, one topcoat - provides consistent coverage and chemical protection.

Magni 556 is a chrome-free fastener duplex coating system that combines an inorganic zinc-rich basecoat with an organic aluminum-rich friction-modified topcoat. The inorganic basecoat system is developed for superior heat-resistant corrosion performance and consistent in-process material stability. The organic topcoat system can be adjusted to meet OEM friction requirements while providing outstanding adhesion, heated loosening performance and chemical resistance. Magni 556 can be applied via dip-spin or spray application methods. Magni 556 is applied in three layers in dip-spin (two layers basecoat) and is used in the most corrosive automotive environments.

Magni 565 is a chrome-free duplex coating that combines an inorganic zinc-rich basecoat with an aluminum-rich organic topcoat. Formulated as a two-coat system and resistant to automotive fuels and fluids, Magni 565 is the preferred fastener coating of leading global automotive manufacturers. It provides superior corrosion protection and cost-effectiveness and is typically applied to externally threaded fasteners, stampings and other hardware.

Magni 568 is a chrome-free, zinc aluminum composite coating engineered for use on fasteners, including nuts, bolts, screws and other hardware. Developed specifically to meet the highest corrosion and friction performance requirements, Magni 568’s three-layer system – two basecoats, one topcoat – provides consistent coverage and chemical protection. This coating’s low-cure temperature provides processing savings and allows coating to be applied on many parts and configurations that competitive offerings cannot coat due to excessively high cure temperatures.

Magni 554 is a chrome-free fastener duplex coating system that combines an inorganic zinc-rich basecoat with an organic aluminum-rich friction-modified topcoat. The inorganic basecoat system is developed for superior heat-resistant corrosion performance and consistent in-process material stability. The organic topcoat system can be adjusted to meet OEM friction requirements while providing outstanding adhesion, heated loosening performance and chemical resistance. Magni 554 can be applied via dip-spin or spray application methods with fewer processing steps, resulting in improved quality at a lower cost.

Magni 594 is a chrome-free duplex fastener coating that combines an inorganic zinc-rich basecoat with an aluminum-rich, friction-modified topcoat. Engineered for use on fasteners, including nuts, bolts, screws and other hardware, Magni 594 offers fewer processing steps, resulting in improved quality and reduced costs. Magni 594 can be applied via dip-spin or spray application methods.

Magni 575 is a chrome-free duplex coating that combines an inorganic zinc-rich basecoat with an organic topcoat. Engineered for use on fasteners, including nuts, bolts and other hardware, Magni 575 features a dark basecoat that provides sacrificial protection of steel and a black topcoat that creates a durable barrier.

Magni 525 is a chrome-free duplex coating that combines an inorganic zinc-rich basecoat with an organic topcoat. Typically applied to externally threaded fasteners, stampings and other types of hardware, Magni 525 is engineered for use on parts exposed to high amounts of ultraviolet (UV) rays and other harsh outdoor elements. Magni 525’s two-coat system is applied via dip-spin or spray application methods and provides superior corrosion protection and cost-effectiveness.