Heat-resistant inorganic adhesive (Aron Ceramics)
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Aron Ceramics is a heat-resistant, inorganic adhesive and filler. It is a one-liquid, heat cured system.
Its main ingredients are fire-resistant ceramics, such as alumina, and inorganic polymers. Therefore, it has superior heat resistance.
| Superior heat resistance |
Aron Ceramics forms cured products that can withstand high temperatures of 1,100-1,200ºC. |
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| High adhesive strength |
It has strong adhesive strength for metals and ceramics even at high temperatures. |
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The linear expansion rates differ among Aron Ceramics E, D, and C.
Choose a grade closest to the linear expansion rate of the material that you want to adhere!
| Grades |
Aron Ceramics E |
Aron Ceramics D |
Aron Ceramics C |
| Liquid properties |
Appearance |
White paste (one liquid) |
White paste (one liquid) |
White paste (one liquid) |
| Main ingredients |
Zirconia, silica |
Alumina |
Silica |
Viscosity
(mPa/s,20ºC) |
50,000 |
50,000 |
70,000 |
| Cured product |
Linear expansion rate (/ºC)
) average 0-600ºC |
4×10-6 |
8×10-6 |
13×10-6 |
| Linear expansion rate |
Small |
Moderate |
Large |
| Materials to which it can be applied質 |
Cordierite, heat-resistant glass |
Alumina, rutile ceramics, steatite |
Carbon steel, stainless steel |
| Weight |
150g,1kg |
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Strength of fit and heat resistant adhesion of different materials
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Adherend
(Pin) (Color) |
Strength of adhesion at normal state(N/mm2) |
Heat aged at 300ºC (N/mm2) |
Strength retention ratio after heat aging(%) |
| Carbon steel - Carbon steel |
51 |
48 |
93 |
| Carbon steel - SUS304 |
57 |
41 |
72 |
Grade/Aron Ceramics D, heating conditions/ after 1 hour heating at 300oC, measured at normal temperature
* Refer to material safety data sheet published by our company for precautions of handling.
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