Laurel Plastic castable is an unshaped refractory material that features unique plasticity. It is generally made by mixing refractory aggregates, binders, additives, and an appropriate amount of water. The aggregates usually select high-temperature resistant raw materials such as bauxite and corundum, endowing the material with excellent heat resistance so that it can withstand high-temperature working conditions without being easily deformed or damaged. The binder plays a crucial role in bonding all components together, ensuring the integrity and stability of the material after molding. Additives are used to optimize its performance, for example, enhancing thermal shock resistance and abrasion resistance. Its most prominent feature is that before construction, it can be kneaded and extruded by hand or machine into any shape, closely fitting complex parts such as furnace linings and pipelines. It is convenient for construction, and after molding, it has a firm structure. It is widely applied in high-temperature equipment in industries such as metallurgy, building materials, and power, contributing to the stable operation of these industries.