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Accumet Materials’ ceramic
adhesives are used for bonding metals and ceramics in high temperature
applications to 3200 ºF. These materials
are easy to use and contain no volatile organic compounds, are non-flammable
and environmentally safe. REFRACTOBOND adhesives offer excellent electrical,
thermal and chemical resistance and unlike organic materials will not outgas
under vacuum.
• REFRACTOBOND ALP is a single component aluminum oxide based ceramic adhesive exhibiting
temperature resistance to 3000 ºF. When
fully cured the ALP bonds glass, and dense ceramics.
• REFRACTOBOND ALS is a single component aluminum oxide based ceramic
adhesive similar to the ALP and withstands temperatures up to 3000 ºF. REFRACTOBOND ALS bonds well to ceramics and
low expansion metals.
• REFRACTOBOND MGS is a two component magnesium oxide based ceramic
adhesive exhibiting temperature resistance to 3200 ºF. This material exhibits a high thermal
coefficient of expansion making it suitable for bonding metals and high expansion
ceramics used in high temperature applications.
REFRACTOBOND MGS can also be
used to pot very small cavities or parts.
• REFRACTOBOND TLS is an excellent thread locking single component metallic
oxide based ceramic adhesive. Accumet's
REFRACTOBOND TLS is designed to bond ceramics to steel, iron and other ferrous
metals because of its high coefficient of thermal expansion, 7.3
in/in-°F.
Material Properties
|
|
REFRACTOBOND
ALP |
REFRACTOBOND
ALS |
REFRACTOBOND
MGS |
REFRACTOBOND TLS |
|
Major Constituent |
Alumina |
Alumina |
Magnesia |
Metallic Oxides |
|
Max. Temp. ºF (ºC) |
3000 (1650) |
3000 (1650) |
3200 (1870) |
3000 (1650) |
|
Number of Components |
1 |
1 |
2 |
1 |
|
C.T.E. In/in-ºF x 10-6 |
4.0 |
4.3 |
6.5 |
7.3 |
|
Dielectric Strength Volts/mil @ room temperature |
253 |
250 |
255 |
250 |
For material
recommendations or to discuss your application in detail, call, fax or e-mail
us and our engineers will recommend the right product for your application
See instruction sheet
for application and curing instructions.