A ceramic tube-known in English as a "ceramic tube"-is a standard term in the field of chemical engineering across the Taiwan Strait. Composed of advanced ceramic materials such as alumina and silicon carbide, these tubes are characterized by high hardness, impact resistance, and wear resistance. They find application in diverse sectors, including rail transport, new energy, thermal power plants, construction materials, steel manufacturing, and high-insulation vacuum electronic devices.
The fabrication of ceramic tubes involves a variety of molding methods; the process requires high firing temperatures, entails relatively long production cycles, and consumes a significant amount of energy. Relevant patents exist regarding the associated cutting and processing equipment, and industry-specific standards have been established. For storage, ceramic tubes should be kept in a well-ventilated, dry environment; stacking them in piles or storing them outdoors is to be avoided.
Industry standards-such as *Internally Insulated Silicon Carbide Ceramic/Steel Composite Pipes* (JC/T2845-2024) and *Internally Lined Wear-Resistant Silicon Carbide Ceramic/Steel Composite Pipes* (JC/T2846-2024)-provide clear specifications for product quality. During storage, ceramic pipes should be kept in a well-ventilated, dry indoor environment, avoiding stacking under heavy loads or outdoor exposure.