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Ideal for bonding and sealing at high temperatures! This is a ceramic adhesive with heat resistance up to 1760°C.
★For inquiries, please contact us directly at info@audec.co.jp. We will respond promptly.★ Heat-resistant ceramic adhesives maintain their bonding performance even beyond 300°C, where epoxy adhesives would carbonize, and can be used at temperatures exceeding 1000°C. [For more details, please refer to the catalog.]
Based on magnesia, the thermal expansion coefficient is the highest among ceramic adhesives. Ideal for bonding metals. Suitable for heaters, sensors, ignition devices, and more.
This is a high-temperature resistant ceramic adhesive based on magnesium oxide manufactured by Alemco. It is ideal for embedding or coating ceramics and metal parts used at high temperatures. It is particularly suitable for bonding metals, including sensors for incinerator control. Heat resistance limit: 1,760°C.
It is based on alumina, has strong adhesion, and is suitable for bonding ceramics and steel.
High-temperature ceramic adhesive made by Alemco, alumina-based. It is used for assembling and bonding high-temperature thermocouple cases used in heating furnaces and boilers. Other applications include assembly, insulation for high-temperature sensors, instrumentation, and use in thermal resistance elements. It is a one-component, water-soluble adhesive that also functions as a coating agent. The heat resistance limit is 1,760°C.
High-temperature adhesive specifically for graphite. For the production and repair of graphite products, especially graphite molds. The heat resistance limit in a reducing atmosphere is 2985°C.
"Graphibond 551RN" is a high-temperature adhesive specifically designed for graphite, manufactured by Aremco in the United States. It is used in a reducing atmosphere. The base is graphite, and it is used for bonding, filling, and repairing graphite products, particularly carbon and graphite components. The thermal resistance limit in a reducing atmosphere is 2985°C.
A new type of high-temperature resistant epoxy adhesive developed by Alemco Inc. (USA).
Aremco's heat-resistant epoxy adhesives come in both a single-component product and a two-component mixed type consisting of a base agent and a hardener. The range includes products that can withstand temperatures from -65°C to high temperatures of up to 316°C. The main applicable materials are as follows: *For detailed product selection, please contact us.* Iron, copper, aluminum, ceramics, polyimide, plastics, quartz, and various refractory materials, among others.
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
A heat-resistant adhesive developed by Alemco Inc. (USA) that is based on silver particles and has excellent conductivity and thermal conductivity.
The "conductive heat-resistant adhesive" manufactured by Alemco is a product that mixes high-purity silver particles with a binder to provide heat resistance. It has very good conductivity and thermal conductivity, and in particular, it is significantly superior in electrical resistance compared to conductive adhesives based on standard epoxy resin.
Alumina base. The coefficient of expansion is small, making it commonly used for bonding ceramics. It is also suitable for bonding materials such as platinum.
Alemco manufactured, based on alumina. It is a water-soluble inorganic heat-resistant adhesive. It is commonly used for bonding and sealing thermocouple deep probes used in high-temperature ranges. Being inert and chemically resistant, it does not produce outgassing even in high vacuum conditions. Additionally, it has excellent insulation properties, with an insulation strength of 171 volts/mil (at room temperature). The heat resistance limit is 1,650°C.
Alemco product, alumina-based. Suitable for bonding metals with low expansion coefficients such as molybdenum and tungsten, as well as ceramics and glass.
It is a one-component adhesive with alumina as the main filler. It is a high-temperature ceramic adhesive used for bonding soldering gun tips and for bonding electrical/mechanical assembly parts that require high heat resistance. The heat resistance limit is 1650°C.
Alumina base. Can be processed at room temperature and is widely used for bonding and coating between ceramics and between ceramics and metals, as well as for preventing screw loosening.
This is a new type of heat-resistant ceramic adhesive made by Alemco, based on alumina. It is a completely inorganic, one-component white paste that is widely used for bonding ceramics, metals, and crystals. It does not contain sodium and does not require heat curing. It can be processed at room temperature. It is ideal for bonding ceramics to each other, as well as for bonding ceramics to metals, such as sensors. The heat resistance limit is 1650°C.
Based on zirconia, the heat resistance limit is the highest among ceramic adhesives at 1760°C. It is a product with excellent insulation and adhesion properties.
Alemco's "Zirconia-based" ultra-high-temperature ceramic adhesive. It is a new type of inorganic ceramic adhesive based on zirconia, used for sensors and equipment that operate at high temperatures. The heat resistance limit reaches an impressive 1760°C, the highest for ceramic adhesives. It exhibits excellent electrical, mechanical, and thermal properties. Being water-soluble, it can be easily removed with warm water and soap before curing.
Based on alumina and silica. Can be processed at room temperature. Between ceramics and between ceramics and metals. Used for bonding and encapsulating small electronic components.
Alemco product, based on alumina and silica. It is a one-component adhesive that demonstrates excellent efficacy in bonding ceramics and metals (such as steel and stainless steel). Additionally, it is used for bonding and encapsulating small electrical components such as resistors, ignition devices, temperature sensing probes, and halogen lamps. After application, it should be air-dried at room temperature for about one hour, followed by firing at 93°C for 2 to 4 hours. The heat resistance limit is 1,371°C.
It is silica-based, characterized by a small thermal expansion coefficient and strong adhesion. It is suitable for bonding ceramics, glass, and quartz.
Alemco's products demonstrate strong adhesion to materials such as molybdenum and tungsten metals with low expansion coefficients based on silica, as well as ceramics, quartz, and glass. After application, allow to air dry at room temperature for 1 to 4 hours, then fire in stages at 93°C for 2 hours, 260°C for 2 hours, and 370°C for 2 hours to achieve complete curing. The maximum heat resistance is 1,650°C.
Zirconium base, reinforced with ceramic fibers. For bonding ceramics to ceramics and ceramics to metals. An example of use is halogen lamps.
Alemco product, zirconia-based. It is a water-soluble one-component type that adheres well to ceramics, glass, and metals. It is reinforced with ceramic fibers and can be processed at room temperature. It is used for bonding ceramics to ceramics and ceramics to metals. Mainly used during the production of halogen lamps. After application, allow it to dry for about one hour, then it will cure after firing at 93°C for two hours. The heat resistance limit is 1,371°C.
Based on aluminum nitride, it has high thermal conductivity and is insulating. It is used for sensors that require thermal conductivity, as well as for bonding ceramics to metals and ceramics to ceramics.
Alemco manufactured, aluminum nitride base. For bonding ceramics and metals such as ceramics, metals, semiconductors, and sensors that require high heat resistance and high thermal conductivity. After drying at room temperature for 1 to 4 hours, it is fired in stages at 93°C for 2 hours, 177°C for 2 hours, and 260°C for 2 hours. Heat resistance limit: 1,650°C.
