A new type of high-temperature resistant ceramic adhesive developed by Alemco Inc. (USA).
The "heat-resistant ceramic adhesive" manufactured by Alemco is suitable for ceramics and metals used primarily in ultra-high temperature ranges. The upper temperature limit for heat resistance ranges from products that withstand 1371°C to those that can handle up to 1760°C, offering a wide variety of options. The main base materials are as follows: *For detailed product selection, please contact us.* - Alumina base - Magnesia base - Alumina and silica base - Silica base - Zircon base - Aluminum nitride base
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basic information
Heat-resistant adhesive / Ceramic adhesive (inorganic) 【Ceramabond Series】 - Ceramabond 503: Available in 100ml, 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 552: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 569: Available in 100ml, 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 571: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 671: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 668: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 618N: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 835: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can - Ceramabond 865: Available in 1 pint (approximately 500ml), 1 quart (approximately 1 liter) can
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Applications/Examples of results
We offer a wide range of products suitable for various applications, including a versatile type for bonding ceramics and metals, as outlined below: ● Bonding of ceramics, metals, and semiconductors that require high heat resistance and high thermal conductivity ● Assembly and bonding of high-temperature thermocouples and cases used in heating furnaces and boilers ● Bonding of ceramics and metal parts used at ultra-high temperatures, as well as coating and bonding of platinum resistance heaters and alumina tubes ● Bonding of solder gun tips and electrical/mechanical assembly parts ● Deep bonding and sealing of thermocouples used in high-temperature ranges ● Assembly work during mass production of high-output halogen lamps ● Bonding of ceramics, glass, quartz, etc. ● Control sensors for incinerators, etc.
Detailed information
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Ceramabond 503 Alumina-based. Maximum heat resistance: 1650°C It has a low expansion coefficient and is commonly used for bonding ceramics. It is also suitable for bonding materials such as platinum.
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Ceramabond 552 Alumina-based. Maximum heat resistance: 1650°C Suitable for bonding metals with low expansion coefficients, such as molybdenum and tungsten, as well as ceramics and glass.
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Ceramabond 569 Alumina-based. Heat resistance limit: 1650°C A general-purpose type that can be processed at room temperature. Widely used for bonding ceramics to ceramics, ceramics to metals, and for preventing screw loosening, among other applications.
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Ceramabond 571 Magnesia-based, with the highest thermal expansion coefficient among ceramic adhesives. Maximum heat resistance: 1760°C Ideal for bonding metals together. Suitable for heaters, sensors, ignition devices, etc.
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Ceramabond 618N is silica-based, characterized by a small thermal expansion coefficient and strong adhesion. Maximum heat resistance: 1650°C. It is suitable for bonding ceramics, glass, and quartz.
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Ceramabond 668 Based on alumina and silica. Maximum heat resistance: 1371°C Can be processed at room temperature. Used for bonding ceramics to ceramics and ceramics to metals. Used for bonding and encapsulating small electronic components.
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Ceramabond 671 It is alumina-based, has strong adhesive properties, and is suitable for bonding ceramics and steel. Heat resistance limit: 1760°C Applications include assembly of high-temperature thermocouple cases and insulation and fixation of high-temperature sensors.
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Ceramabond 835 Zirconium-based, reinforced with ceramic fibers. Maximum heat resistance: 1371°C For bonding ceramics to ceramics and ceramics to metals. Example of use: halogen lamps.
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Ceramabond 865 is based on aluminum nitride, has high thermal conductivity, and is insulating. Maximum temperature resistance: 1650°C. It is used for bonding ceramics to metals and ceramics to ceramics, such as in sensors where thermal conductivity is required.
Line up（9）
| Model number | overview |
|---|---|
| Ceramabond 503 | Alumina-based. It has a low expansion coefficient and is commonly used for bonding ceramics. It is also suitable for bonding materials like platinum. |
| Ceramabond 552 | Alumina-based. Suitable for bonding metals with low expansion coefficients such as molybdenum and tungsten, as well as ceramics and glass. |
| Ceramabond 569 | Alumina-based. A general-purpose type that can be processed at room temperature. It can be widely used for bonding ceramics to ceramics, ceramics to metals, coatings, and preventing loosening of screws. |
| Ceramabond 571 | Magnesia-based, with the highest thermal expansion coefficient among ceramic adhesives. Ideal for bonding metals. Used for heaters, sensors, ignition devices, etc. |
| Ceramabond 671 | Alumina-based, with strong adhesion, suitable for bonding ceramics and steel. Applications include assembly of high-temperature thermocouple cases and insulation and fixation of high-temperature sensors. |
| Ceramabond 668 | Based on alumina and silica. Can be processed at room temperature. Used for bonding ceramics to ceramics and ceramics to metals. Utilized for bonding and encapsulating small electronic components. |
| Ceramabond 618N | Silica-based, characterized by a small thermal expansion coefficient and strong adhesion. Suitable for bonding ceramics to ceramics, glass, and quartz. |
| Ceramabond 835 | Zirconium-based, reinforced with ceramic fibers. Used for bonding ceramics to ceramics and ceramics to metals. An example of use is in halogen lamps. |
| Ceramabond 865 | Based on aluminum nitride, it has high thermal conductivity and is insulating. Used for bonding ceramics to metals and ceramics to ceramics where thermal conductivity is required, such as in sensors. |
catalog（23）
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Company information
Audeck Co., Ltd. was established on June 28, 1973, with the aim of importing, manufacturing, and selling industrial chemical products. In November 1988, the company partnered with the American heat-resistant adhesive manufacturer, Alembic Products, to sell their ceramic and heat-resistant epoxy adhesives and ceramic coatings in Japan. In the late 1980s, the company began selling heated black dye, and after 1986, developed new heated black dyeing equipment. Furthermore, in 2003, they launched an electroless nickel plating device, continuing to grow steadily.
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