Characteristics of CIP Graphite Products
Jul 12, 2024
With the progression of time, the industrial sector demands carbon materials with a more uniform fine-grained structure and enhanced stability. SHJ's Isostatic Graphite material, crafted through Cold Isostatic Pressing (CIP), boasts micro-fine particles and isostatic structural properties. Our isostatic graphite products have found widespread applications across numerous industries, encompassing the thriving semiconductor sector, environmentally friendly new energy domains, precision-driven mold manufacturing, and highly reliable atomic energy industries. Our services and products have garnered recognition from clients, fostering mutual growth.
Furthermore, our cutting-edge high-purification technologies, diverse coating techniques, and synergistic effects will propel us to maintain a leading position in the future, continuously unlocking the limitless potential of carbon.
Key Characteristics:
Isostatic graphite, unlike conventional an-isostatic graphite, exhibits uniform properties across its cross-section, facilitating seamless design and utilization.
High Strength:
Boasting a micro-grained structure, isostatic graphite surpasses traditional graphite in strength, resulting in a material with minimal property variations and exceptional reliability.
Superior Heat Resistance:
It remains stable even at temperatures exceeding 2,000°C in an inert atmosphere. Its low thermal expansion, high thermal conductivity, and resistance to thermal shock contribute to superior heat distribution and minimal deformation. Remarkably, its strength intensifies as atmospheric temperatures rise, peaking at 2,500°C.
Electrical Conductivity:
Isostatic graphite's thermal endurance renders it ideal for applications such as high-temperature heaters.
Chemical Resistance:
Except for a few strong oxidants, graphite retains its stable properties, resistant to corrosion. It performs consistently even in harsh environments where metals undergo severe corrosion.
Lightweight & Easy Processing:
Compared to metallic materials, graphite's low bulk density facilitates the design of lighter products. Moreover, its excellent machinability ensures precise shaping and processing.
