A heat-resistant ceramic filler developed by American company Alembic. It has high electrical insulation and wear resistance, and cures at room temperature.
It is used for coating the surfaces of metals and ceramics, casting ceramic parts, creating replicas of parts, and as a compound for molding applications. It has high electrical insulation and wear resistance, and cures at room temperature. ■ Ceramacast 586: Maximum heat resistance is "1535°C" ■ Ceramacast 510: Maximum heat resistance is "1760°C" ■ Ceramacast 575N: Maximum heat resistance is "1650°C" ■ Ceramacast 675N: Maximum heat resistance is "1200°C" ■ Ceramacast 645N: Maximum heat resistance is "1650°C"
Inquire About This Product
basic information
【Packaging】 1 pint: (approximately 500ml) 1 quart: (approximately 1 liter) 1 gallon: (approximately 3.8 liters) 5 gallons: (approximately 19 liters) All in wide-mouth cans.
Price range
Delivery Time
Applications/Examples of results
- A cement based on zirconium silicate powder, used for embedding, filling, and bonding. - A cement based on fine alumina powder, used for the production of high-temperature components and fixtures. - For embedding and filling of heaters, PTC ceramic devices, variable resistors, high-temperature sensors, etc. - For embedding and filling of electrical devices used at high temperatures, particularly cartridge heaters, high-pressure resistors, thermocouples, and resistance thermometers. - As a filler to improve the thermal conductivity of electrical devices used at high temperatures. - For encapsulation and as a filler for small parts such as ceramics and metal housings used in high-temperature flow meters and pressure temperature sensors.
Detailed information
-
Ceramic filler based on zirconium silicate powder, used for high-temperature electrical components such as infrared heaters, cartridge heaters, gas ignition devices, high-temperature filters, halogen lamps, temperature sensors, etc. The insulation resistance is 125 volts/mil. The compressive strength is 8,000 psi. It has excellent chemical resistance.
-
Ceramic Cast 510 is a ceramic filler with alumina fine powder as the main agent, used by adding water for the production of high-temperature parts and jigs. It is particularly used for applications that enhance the thermal conductivity and insulation of crucibles for molten metal processing and induction heating coils (heaters). Insulation: 75 Volts/mil, compressive strength: 8,000 psi, and with high strength and insulation properties, it is suitable for creating relatively large molded bodies.
-
CeramaCast 575N is a ceramic filler made primarily of alumina fine powder, used for embedding and filling high-temperature electrical components such as heaters, PTC ceramic devices, variable resistors, and high-temperature sensors. Insulation: 150 Volts/mil, Compressive strength: 11,800 psi. It has excellent moisture resistance and chemical resistance.
-
Ceramic filler with a main agent of aluminum nitride fine powder, featuring high thermal conductivity and insulation properties. It is used for embedding and filling in electrical equipment used at high temperatures, particularly cartridge heaters, high-pressure resistors, thermocouples, and resistance thermometers. Insulation: 300 Volts/mil, Compressive strength: 2,000 psi.
-
Ceramic filler based on fused silica, with low thermal conductivity and low thermal expansion coefficient, and high insulation properties, is used as a encapsulant and filler for small components such as ceramics and metal housings in high-temperature flow meters and pressure temperature sensors. Insulation: 300 Volts/mil, Compressive strength: 7,000 psi.
Line up（5）
| Model number | overview |
|---|---|
| Ceramacast 586 | This is a cement based on zirconium silicate powder, commonly used for embedding, filling, and bonding. It is particularly used in infrared heaters, cartridge heaters, gas ignition devices, high-temperature filters, halogen lamps, temperature sensors, etc. 【Capacity: 1 pint (approximately 500ml), 1 quart (approximately 1L)】 |
| Ceramacast 510 | This is a cement based on fine alumina powder, used for high-temperature parts and jig manufacturing. It is especially used for crucibles for molten metal processing and applications that enhance the thermal conductivity and insulation of induction heating coils (heaters). 【Capacity: 1 pint (approximately 500ml), 1 quart (approximately 1L)】 |
| Ceramacast 575N | This is a ceramic filler based on fine alumina powder, used for embedding and filling high-temperature electrical components, such as heaters, PTC ceramic devices, variable resistors, high-temperature sensors, etc. 【Capacity: 1 pint (approximately 500ml), 1 quart (approximately 1L)】 |
| Ceramacast 675N | This is a ceramic filler based on fine aluminum nitride powder, which has high thermal conductivity and insulation properties. It is used for embedding and filling electrical devices used at high temperatures, particularly cartridge heaters, high-voltage resistors, thermocouples, and resistance thermometers. 【Capacity: 1 pint (approximately 500ml), 1 quart (approximately 1L)】 |
| Ceramacast 645N | This is a ceramic filler based on fused silica, which has low thermal conductivity and thermal expansion coefficient, and high insulation properties. It is used as a filler for encapsulating small components such as ceramics and metal housings in high-temperature flow meters and pressure temperature sensors. 【Capacity: 1 pint (approximately 500ml), 1 quart (approximately 1L)】 |
catalog（6）
Download All Catalogs
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.