Graphite plates designed for thermal and electrical management in advanced electronic and industrial applications Key benefits — why you need this product Efficient heat spreading and dissipation: unique grain orientation and a layered structure provide uniform heat conduction in two directions, reducing hot spots and improving component reliability. Controlled thermal isolation by thickness: while spreading heat laterally, the material maintains thermal isolation through its thickness where needed. Electrical conductivity and chemical compatibility: suitable for use as electrodes and in electrochemical experiments, offering reliable electrical performance. Ready for production: pre-rolled, CNC-ready sheets save workshop preparation time and simplify integration into manufacturing processes. Main features and specifications Material: high-quality graphite plates with oriented grain and layered structure. Thermal performance: uniform bi-directional heat conduction; effective heat dissipation with thickness-dependent thermal isolation. Electrical performance: conductive—suitable for electrode use and applications requiring electrical conductivity. Mechanical/thermal resistance: high temperature resistance and compatible with hot-press forming processes using graphite plates. Format and tolerances: pre-rolled sheets 500 mm wide; thickness tolerance ±0.04 mm for immediate CNC cutting and consistent part sizing. Manufacturing benefit: pre-rolled 500 mm width reduces workshop preparation time by approximately 30% when integrated with CNC cutting workflows. Typical applications Consumer electronics: thermal management and heat spreading in mobile phones, laptops, digital cameras, and camcorders. Optoelectronics and lighting: thermal control and mechanical support for optical modules and LED assemblies. Communications and semiconductor equipment: components, seals, and thermal interfaces in communication devices and semiconductor manufacturing tools. Laboratory and industrial electrochemistry: electrodes and components for electrochemical experiments and high-temperature processing, including hot-press forming. Practical use scenarios 1) Smartphone/portable device heat spreader — Cut CNC parts from the 500 mm pre-rolled sheet to create thin, uniform heat spreaders that dissipate CPU/GPU heat laterally while maintaining isolation through the device thickness, reducing thermal throttling and improving device lifespan. 2) Electrochemical cell electrode and seal — Use graphite plate sections as electrodes in lab electrochemistry setups or as conductive seals in high-temperature processes; the material’s electrical conductivity and temperature resistance support reliable, repeatable results. 3) LED/optical module thermal interface — Integrate chopped or CNC-profiled graphite plates between LEDs or optical modules and heatsinks to even out local temperature peaks while preserving mechanical conformity to uneven surfaces. Why this graphite plate stands out Balanced thermal and electrical properties: combines effective lateral heat conduction with controlled through-thickness insulation and reliable electrical conductivity. Surface conformity: layered structure adapts to mating surfaces for improved contact and thermal transfer. Production-ready dimensions and tight tolerances: 500 mm pre-rolled width and ±0.04 mm thickness tolerance enable fast, accurate CNC processing and faster time-to-production. Compatibility and handling notes Compatible with CNC cutting and hot-press forming processes as specified. Designed for use in electronic, optoelectronic, communication, lighting, and semiconductor manufacturing contexts, as well as laboratory electrochemical applications. If you require specific sheet thicknesses or custom cutting for your manufacturing line, the 500 mm pre-rolled format with ±0.04 mm tolerance supports direct CNC integration to reduce setup time and ensure consistent parts.