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Graphite sheets are a brand-new thermal management material with a unique grain orientation, providing uniform heat conduction in two directions. The layered structure can adapt well to any surface, shielding heat sources and components while improving the performance of consumer electronic products

Activated Carbon is a non-crystalline porous carbon material that has undergone special treatment. Due to its large specific surface area and well-developed microporous structure, it exhibits extremely strong adsorption capacity. It is commonly used in water purification, air deodorization (especial

On the subway train, there is a seemingly insignificant but crucial component - the carbon slider. It is an important part for electric locomotives or electric train sets to obtain electrical energy from the contact network. It makes direct contact with the contact wire of the contact network to ach

Activated alumina spheres are porous, highly dispersed, white spherical granules with the chemical formula Al2O3. Composed of transitional aluminas-such as γ-Al2O3-they possess an exceptionally large specific surface area (typically ≥280 m²/g) and strong adsorption capabilities, making them widely u

Corrugated Expanded Graphite Tape is produced using a specialized process involving a CNC lathe to precision-cut graphite rolls into strips, which are then passed through a patterned roller to form a corrugated profile. The shape and dimensions of the corrugations can be customized to meet client sp

活性氧化铝球是一种由氧化铝（Al₂O₃）制成的白色球状多孔性颗粒材料，具有高比表面积、强吸附性、高机械强度和优良的热稳定性，主要用作干燥剂、吸附剂（特别是饮水除氟）和催化剂载体。‌1百科‌核心性质与物理形态活性氧化铝球，亦称活性氧化铝瓷球，其核心特征在于独特的物理结构。它由氢氧化铝加热脱水制得，主要晶相为γ-Al₂O³。产品通常呈现‌白色（或微红色）球状‌，粒度均匀，表面光滑。其内在的‌多孔性和高分散度‌结构，赋予了它巨大的比表面积（通常不低于280 m²/g，工业品可达300 m²/g以上）和丰富的毛细孔道，这是其具备优异吸附和催化性能的基础

Activated carbon is a black, porous solid carbonaceous material.

Nano-crystalline material is a non-metallic mineral that exhibits adsorptive properties toward harmful gases—such as formaldehyde, benzene, and TVOCs—generated during interior decoration, as well as toward automotive odors and general indoor pollutants. Laboratory tests have demonstrated that, over

Graphite felt: It is made by carbon felt being subjected to a graphiteification process at a temperature of over 2000°C (usually 2200 - 2500°C) under vacuum or an inert atmosphere. This process makes the carbon atoms in the material arrange in a more ordered manner, and the structure becomes closer

The core method for detecting the resistivity of the pure carbon sliding plates of the electric locomotive pantographs of the Ministry of Railways is based on the calculation of the resistance of the sample and its dimensions. Environmental control and repeated measurements are the key to ensuring a