Basic Knowledge of Graphite - Including Our Processing Examples!
This document is a catalog that summarizes the basic knowledge of graphite and examples of processing at our company. The demand for graphite has been increasing further in response to the miniaturization of electronic devices and the adoption of 5G in recent years. Based on our extensive processing experience, we will make proposals that meet our customers' needs.
Inquire About This Product
basic information
"Graphite" is a material that has very high thermal conductivity in the plane direction. The thermal conductivity in the plane direction is about four times that of copper and about seven times that of aluminum. It is used in various industries such as communication devices (including 5G compatible devices), electronic devices, and automotive parts, and there is a track record of processing such as pressing and pouching. Mass production is possible. Please inquire about sizes and shapes.
Price range
Delivery Time
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
catalog（1）
Download All Catalogs
Company information
Showa Corporation is a company that develops various businesses, including resin washers, heat dissipation component processing, and special molding processing. In particular, regarding resin washers, which have been processed since the company's founding, we have approximately 800 molds in-house. If we have the desired size or a similar size in our molds, there is no mold cost. We can handle processing from prototypes of a single product to mass production of hundreds of thousands of units. We also have machines such as plotters and super cutters that can process without initial costs, and we can propose processing methods and materials according to customer requests. As part of our BCP response and technology development, we have newly established Showa R&D Center Co., Ltd. in Okayama Prefecture. We will continue to leverage the experience and know-how we have cultivated to challenge new processing and fields.