Minimox™ surface treatment to form self-protective alloys  |
Why put it IN the alloy when you can put it ON the alloy? |
Applications
A wide range of applications is under development. Some of the current research projects are listed below. Please contact us with your specific requirements and alloy type.
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Oxidation is drastically reduced while heat treating martensitic stainless steel in air.
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The Minimox™ nanocrystalline coating has demonstrated corrosion resistance in aluminum alloys during customer testing under hot, acidic conditions.
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Reduction of oxidation of Ni 600 and superalloy A286 has been demonstrated.
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Coating a 330-stainless steel furnace belt with the Minimox™ nanocrystalline treatment reduced spalling and oxidation, forming a protective surface coating.
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Carbon pick-up and substrate degradation was reduced in laboratory pack carburization experiments comparing Minimox™-coated 316 stainless steel to uncoated material.
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If coated samples are pre-oxidized, room temperature corrosion resistance can be improved significantly. Corrosion resistance has also been demonstrated in hot salt and stress corrosion applications.
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Minimox™ coating was developed primarily to reduce the oxidation of stainless steel alloys.
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