The world's largest highly oriented graphite molded using unique technology with graphene as the raw material: high thermal conductivity (700-1000 W/m·K), sound wave shielding, and high lubricity.
This is the world's largest high-oriented graphite block, made from graphene raw materials using a unique molding technology. It has high crystallinity and anisotropic graphite with a thermal conductivity of over twice that of copper (700-1000 W/m·K), a bulk density of one-fourth that of copper (2.2 g/cm³), and excellent sound wave shielding and sliding properties. The block sizes are 127X76X100 mm and 101X71X100 mm. Its machinability is the same as that of general graphite. Applications/Examples of Achievements Considered for use in backing materials for ultrasonic probes, heat transfer materials for high-temperature furnaces, insulation materials for heat treatment furnaces, electrodes for electrical discharge machining, heat dissipation components, heat exchange components, sliding components, motor brushes, and brushes for wind and hydroelectric generators, among others. * Thermal conductivity over twice that of copper (700-1000 W/m·K) * Bulk density one-fourth that of copper (2.2 g/cm³) * Excellent sound wave shielding and sliding properties
Inquire About This Product
basic information
Basic Specifications of Graphene Flower BL Bulk Density: 2.2g/cm³ Composition: 100% Carbon Orientation: Anisotropic Size: BL-1; 127x76x100mm Thermal Conductivity 700W/m·K : BL-2; 101x71x100mm Thermal Conductivity 800-1000W/m·K Intrinsic Electrical Resistivity: 3-4μΩm Heat Resistance Temperature: Inert Gas at 3000°C Place of Production: Japan (Kobe)
Price range
Delivery Time
Applications/Examples of results
■Reference Use Backing material for ultrasonic probes, battery electrodes, processing electrodes, heat dissipation materials, heat exchange materials, sliding components, motor brushes, generator brushes, high-temperature insulation materials, various shielding materials, etc. We are considering processed materials for products. * Thermal conductivity more than twice that of copper (700-1000 W/m·K) * One-fourth the bulk density of copper (2.2 g/cm³) * Excellent sliding properties and ultrasonic permeability
Detailed information
-
The world's largest highly oriented graphite block, made from graphene as the raw material using a unique molding technology to achieve graphitization. Basic specifications of Graphene Flower BL: Bulk density: 2.2g/cm³ Composition: 100% carbon Orientation: Anisotropic Size: BL-1; 127 x 76 x 100 mm, thermal conductivity 700 W/m·K : BL-2; 101 x 71 x 100 mm, thermal conductivity 800-1000 W/m·K Intrinsic electrical resistivity: 3-4 μΩm Heat resistance temperature: 400℃ Production location: Japan (Kobe) ■ Reference applications Backing material for ultrasonic probes, battery electrodes, processing electrodes, heat dissipation materials, heat exchange materials, sliding components, motor brushes, generator brushes, high-temperature insulation materials, various shielding components, etc. We are considering processed materials for products. * More than twice the thermal conductivity of copper (700-1000 W/m·K) * One-fourth the bulk density of copper (2.2g/cm³) * Excellent sliding properties and ultrasonic permeability
catalog（1）
Download All Catalogs
Company information
Our company is a development and proposal-oriented trading firm with "metal joining" as the core of our business, actively involved in manufacturing. We offer contract services and maintenance using joining technologies such as brazing, build-up welding, and thermal spraying, as well as sales of equipment and materials, introduction of industrial machinery, and construction of FA systems. Furthermore, we engage in the development and manufacturing of electronics-related devices, achieving a diverse and flexible business style that spans a wide range of fields. We will continue to demonstrate our uniqueness through the pursuit of manufacturing and are committed to contributing to the development of the industrial sector as our mission, striving for business expansion.
