Coating material for thermal insulation protection and coating preparation method thereof
A coating and alloy powder technology, applied in the field of coating materials and the preparation of coatings, can solve the problem of no iron-based amorphous/nanocrystalline coating, etc., and achieve good toughness, cost reduction, wear resistance and corrosion resistance. low effect
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Embodiment 1
[0040] The mass percentages of elements in the iron-based alloy powder are as follows: Cr: 9%; Nb: 4%; Si: 1%; B: 4.6%; Fe and unavoidable impurities: the balance. Preparation of iron-based thermal insulation coating, spraying process parameters: current: 650A, argon flow: 40L / min, hydrogen flow: 12L / min, powder feeding rate: 75g / min, spraying distance: 110mm.
Embodiment 2
[0042] The mass percentages of elements in the iron-based alloy powder are as follows: Cr: 12%; Nb: 5.5%; Si: 2.5%; B: 4.0%; Fe and unavoidable impurities: the balance. Preparation of iron-based thermal insulation coating, spraying process parameters: current: 650A, argon flow: 40L / min, hydrogen flow: 12L / min, powder feeding rate: 75g / min, spraying distance: 110mm.
Embodiment 3
[0044] The mass percentages of elements in the iron-based alloy powder are as follows: Cr: 12%; Nb: 5.5%; Si: 2.5%; B: 4.0%; Fe and unavoidable impurities: the balance. Preparation of iron-based thermal insulation coating, spraying process parameters: current: 550A, argon flow rate: 35L / min, hydrogen flow rate: 6.5L / min, powder feeding rate: 60g / min, spraying distance: 100mm.
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