Petalite, identified by CAS number 1302-66-5, is a mineral of significant industrial importance, primarily recognized for its unique lithium and aluminum silicate composition. Its distinctive properties make it a valuable raw material in several key manufacturing sectors. Understanding these properties and the global supply chain is essential for procurement specialists and product developers.

The physical appearance of Petalite is typically a white powder, though it can exhibit other subtle colors. Chemically, it's a lithium aluminum silicate (LiAl(Si2O5)2). One of its most significant attributes is its role as a powerful flux. When introduced into glass and glaze formulations, Petalite effectively lowers melting points. This reduction in melting temperature translates directly into energy savings and improved production efficiency for manufacturers. For businesses looking to buy Petalite, this cost-saving aspect is a primary driver.

Beyond its fluxing capabilities, Petalite is highly regarded for its low thermal expansion properties. This makes it an excellent component for refractory applications, such as kiln furniture. Refractory materials need to withstand extreme temperature variations without degrading, and Petalite's inherent stability in this regard is a major asset. Suppliers from China are a prominent source for this mineral, offering competitive pricing and substantial supply capacities.

The applications of Petalite extend to scientific research as well, where its specific mineralogical and chemical characteristics are studied for various material science advancements. For companies seeking to integrate Petalite into their products or processes, engaging with experienced suppliers is crucial. These suppliers can provide detailed product specifications, safety data sheets, and ensure a consistent supply chain. When exploring the market for Petalite, consider the benefits it can bring to your glass, glaze, or refractory operations, and seek out reliable manufacturers and distributors to secure your supply.