Cohesive strength of catalytic composite coatings of the Ni–Al–Al2O3 system on a metal substrate

N. Yakovleva, A. Makarov
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引用次数: 0

Abstract

Porous composite coatings based on the Ni–Al–Al2O3 system on a metal substrate were obtained by the method of cold gas-dynamic spraying and subsequent annealing. The maximum content of aluminum hydroxide Al(OH)3 is 70% in the initial powder mixture, at which a high-quality coating is formed. The dependences of the influence of the composition of metal and ceramic components on the cohesion of coatings under ultrasonic treatment are obtained.
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Ni-Al-Al2O3催化复合涂层在金属基体上的粘结强度
采用冷气动力学喷涂和退火的方法,在金属基体上制备了Ni-Al-Al2O3多孔复合涂层。初始粉末混合物中氢氧化铝Al(OH)3的最大含量为70%,此含量可形成高质量的涂层。得到了超声处理下金属和陶瓷成分对涂层内聚力影响的依赖关系。
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