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The invention discloses a high-radiation metal anti-corrosion energy-saving coating which is a mixed material and is formed by calcining mixed oxide with a pore structure and other various oxides. Both the mixed oxide and the mixed material have obvious reticular pore structures. When external energy is transferred to the mixed material, the aggregation of thermal stress is not caused, so that thehigh-radiation metal anticorrosive energy-saving coating has excellent thermal shock resistance.
本发明公布了一种高辐射金属防腐节能涂料为一种混合材料，由具有孔隙结构的混合氧化物，与其他多种氧化物煅烧而成。所述混合氧化物和混合材料，均具有明显的网状孔隙结构。当外界能量传递到混合材料时，不会导致热应力的聚集，是一种具有优异的热抗震性的高辐射金属防腐节能涂料。
The invention discloses a high-radiation metal anti-corrosion energy-saving coating which is a mixed material and is formed by calcining mixed oxide with a pore structure and other various oxides. Both the mixed oxide and the mixed material have obvious reticular pore structures. When external energy is transferred to the mixed material, the aggregation of thermal stress is not caused, so that thehigh-radiation metal anticorrosive energy-saving coating has excellent thermal shock resistance.
本发明公布了一种高辐射金属防腐节能涂料为一种混合材料，由具有孔隙结构的混合氧化物，与其他多种氧化物煅烧而成。所述混合氧化物和混合材料，均具有明显的网状孔隙结构。当外界能量传递到混合材料时，不会导致热应力的聚集，是一种具有优异的热抗震性的高辐射金属防腐节能涂料。
High-radiation metal anti-corrosion energy-saving coating and preparation method thereof
一种高辐射金属防腐节能涂料及制备方法
WU KAIWEN (author)
2020-06-12
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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