Summary：
Xz-tc01-3 high temperature resistant ceramic powder, Hefei Xiangzheng Chemistry Technology Co. Ltd. research and development, mainly containing aluminum, zirconium, titanium and other elements, after the composite metal oxide formed under high temperature calcination reaction, and then through a series of mechanical processing, fine powder grinding form, its primary particle the average size of less than 100nm. High temperature resistant ceramic powder xz-tc01-3 is characterized by good thermal stability, high temperature resistance, friction resistance, corrosion resistance, high hardness. Widely used in all kinds of plastic, rubber, ceramics, strong toughening refractory products, especially to improve the compactness of ceramic finish, thermal fatigue, fracture toughness, creep resistance, abrasion resistance in polymer products is particularly significant, is used in aerospace and missile technology as has been.
Performance characteristics：
Name
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High temperature resistant ceramic powder
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Model
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XZ-TC01-3
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Appearance
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Bone white powder
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Content
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More than 90%
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Crystal type
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Mixed crystal
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Melting point
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2108℃
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Boiling point
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3000℃
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Average particle size
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≤100 nm |
Specific surface area
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≥50 m2/g |
Bulk density
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≤0.52 g/cm3 |
Security:
Ingestion, low risk; inhalation, may cause irritation or lung injury; skin, low risk; eyes, low risk.
Emergency Management：
Isolated leakage pollution area, restricted access. The proposed emergency handling personnel wear a dust mask (full cover), wear protective clothing. To avoid dust, carefully sweep up, placed in the bag to move to a safe place. If a large amount of leakage, with plastic cloth, canvas cover. Collect and recycle or transport to waste disposal sites.
Application range:
Widely used in all kinds of plastic, rubber, ceramics, strong toughening refractory products, especially to improve the compactness of ceramic finish, thermal fatigue, fracture toughness, creep resistance, abrasion resistance in polymer products is particularly significant, is used in aerospace and missile technology as has been.
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