Alumina combustion boats manufactured by LSP Industrial Ceramics, Inc. are utilized across industries requiring high-temperature, contamination-free processing due to their exceptional strength, thermal stability (up to 1750°C), and chemical inertness. In metallurgy, they facilitate melting and analyzing refractory metals like molybdenum, tungsten, and platinum, ensuring purity for alloy production. The chemical industry uses them for calcination, thermal decomposition, and synthesizing compounds, leveraging their resistance to corrosive environments. Materials science employs them in sintering ceramics and producing advanced materials, such as semiconductors or composites, where precise heat treatment is vital.
Laboratory research benefits from their use in high-temperature sample analysis, like thermogravimetric analysis (TGA) or combustion testing, across academic and industrial R&D labs. The glass industry relies on them for melting specialty glasses, such as borosilicates, due to their inertness to alkali fluxes. Semiconductor manufacturing uses them for annealing processes, maintaining material integrity under extreme heat. Additionally, energy sectors, including power generation and battery development, apply them in material testing and processing under high-temperature conditions. LSP’s alumina boats, with 99.5%+ purity, cater to these industries by offering durability and reliability in harsh, high-stakes applications.