Ceramic Coating Agent - Company Ranking(6 companyies in total)
Last Updated： Aggregation Period:Jul 23, 2025〜Aug 19, 2025
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| Company Name | Featured Products | ||
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| Product Image, Product Name, Price Range | overview | Application/Performance example | |
| This is a yttria (Y2O3) based coating agent that protects graphite, ceramics, and metals from metals that react easily in a molten state, such as uranium, beryllium, and titanium, and functions in lubrication at ultra-high temperatures, preventing the adhesion of molten metals and metal vapors. The upper temperature limit is 2,000°C (1,400°C when coated with graphite), but the yttria coating can only be used in vacuum and inert atmospheres, and cannot be used in oxidizing atmospheres. | Usage ● To protect devices and components inside vacuum furnaces and to prevent the adhesion of molten metal and metal vapor. ● To prevent reactions with molten metal in graphite crucibles used in vacuum furnaces. ● For lubrication and release at ultra-high temperatures. Characteristics ● It is not reduced by hydrogen carbon. (It is gradually reduced by magnesium.) ● Extremely resistant to electrical and thermal conductivity. ● Stable against highly reactive metals such as uranium, beryllium, titanium, and their alloys. ● Scientifically stable. | ||
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- Featured Products
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IC Ittria Coat High-Temperature Resistant Special Ceramic Coating Agent
- overview
- This is a yttria (Y2O3) based coating agent that protects graphite, ceramics, and metals from metals that react easily in a molten state, such as uranium, beryllium, and titanium, and functions in lubrication at ultra-high temperatures, preventing the adhesion of molten metals and metal vapors. The upper temperature limit is 2,000°C (1,400°C when coated with graphite), but the yttria coating can only be used in vacuum and inert atmospheres, and cannot be used in oxidizing atmospheres.
- Application/Performance example
- Usage ● To protect devices and components inside vacuum furnaces and to prevent the adhesion of molten metal and metal vapor. ● To prevent reactions with molten metal in graphite crucibles used in vacuum furnaces. ● For lubrication and release at ultra-high temperatures. Characteristics ● It is not reduced by hydrogen carbon. (It is gradually reduced by magnesium.) ● Extremely resistant to electrical and thermal conductivity. ● Stable against highly reactive metals such as uranium, beryllium, titanium, and their alloys. ● Scientifically stable.
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