We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Heat-resistant adhesive.
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Heat-resistant adhesive Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.

Heat-resistant adhesive Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.

  1. オーデック Tokyo//Chemical
  2. null/null
  3. ツールシステム Shizuoka//Trading company/Wholesale ツールエクスプレス
  4. 4 マテリアルデザイン Yamanashi//Chemical
  5. 5 東洋アソシエイツ Tokyo//Industrial Machinery
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Heat-resistant adhesive Product ranking

Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.

  1. Heat-resistant adhesive | Temporary adhesive "Crystal Bond" series オーデック
  2. Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 671 オーデック
  3. Heat-resistant adhesive | Epoxy adhesive (organic) "Alemco Bond" series オーデック
  4. OB Heat-Resistant Adhesive
  5. 4 Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 571 オーデック

Heat-resistant adhesive Product List

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 571

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 571

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 671

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 671

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.

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Heat-resistant adhesive | Epoxy adhesive (organic) "Alemco Bond" series

Heat-resistant adhesive | Epoxy adhesive (organic) "Alemco Bond" series

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.

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  • Chemicals

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Piroduct 597-A, a new conductive heat-resistant adhesive from Alemco.

Piroduct 597-A, a new conductive heat-resistant adhesive from Alemco.

Piroduct 597-A New Conductive Heat-Resistant Adhesive Aremco Corporation

Pairoduct is a heat-resistant adhesive with excellent conductivity and thermal conductivity based on silver particles. It is a developed product from American Alembic Products, with a maximum heat resistance temperature of 927°C. It uses silver as a filler, with a resistivity of 0.0002 Ω·cm. Since it uses an inorganic binder, it has superior weather resistance and heat resistance compared to organic adhesives. Additionally, it does not emit outgassing after firing, making it usable in a vacuum. It is a water-based, one-component silver paste. If you need to reduce viscosity, please use the dedicated thinner 597-A-T.

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Heat-resistant adhesive "New Ceram S" is an inorganic adhesive based on ceramics.

Heat-resistant adhesive "New Ceram S" is an inorganic adhesive based on ceramics.

Heat resistance characteristics above 1000℃. Small lot production, tailored to customer specifications. Ideal for new development.

Silica-alumina-based ceramic inorganic adhesive "New Ceram S". It exhibits excellent heat resistance, demonstrating high adhesion and bonding strength even in environments exceeding 1000°C. Due to its ability to bond with various inorganic materials, it is used in a wide range of applications such as the manufacturing of halogen lamps, semiconductor manufacturing components, ignition devices, fixing thermocouples and sensors, and repairing various ceramic products. Additionally, as it is a water-based binder, there is no dispersion of organic solvents, making it environmentally friendly and safe. We also offer customization to suit your usage conditions, so please feel free to contact us.

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  • Lamps and light emitting devices

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Heat-resistant adhesive U-METAL AD1000

Heat-resistant adhesive U-METAL AD1000

This is an inorganic high-temperature adhesive capable of withstanding 1000°C, primarily composed of amorphous silica and inorganic silicate materials, introduced to the market as a byproduct of rocket engineering.

The heat-resistant adhesive AD1000 was introduced to the market as a byproduct of rocket engineering and is an inorganic high-temperature adhesive primarily composed of amorphous silica and inorganic silicates. It is effective for bonding high-temperature materials such as metals, stones, bricks, and ceramics. AD1000 is a one-component adhesive that cures with only the base agent, requiring no mixing. The curing process can be accelerated by adding an activator. Since it is composed of inorganic, inert materials, it does not produce any gases and is resistant to concentrated sulfuric acid, concentrated hydrochloric acid, phosphoric acid, acetone, and benzene.

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  • Industrial Furnace
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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 503

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 503

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 552

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 552

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 569

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 569

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ultra Temp 516

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ultra Temp 516

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 668

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 668

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 618N

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 618N

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 835

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 835

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.

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Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 865

Heat-resistant adhesive | Ceramic adhesive (inorganic) Ceramabond 865

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.

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