Alumina Combustion Boats

Alumina Combustion Boat
ITEM# CB CAPACITY (ML) LENGTH (mm) WIDTH (mm) HEIGHT (mm)
CB001-1 1 30 6 7
CB001-2 1 50 11 7
CB0015 1.5 40 10 8
CB0025 2.5 50 12 10
CB003 3 50 12 9
CB005-1 5 70 14 10
CB005-2 5 75 15 10
CB010-1 10 90 17 11.5
CB010-2 10 75 20 12
CB015 15 100 20 13
CB020 20 105 22 14.5
CB025 25 100 25 15
CB050-1 50 137 27 21
CB050-2 50 100 40 18
RCB100 100 125 60 20
RCB150 150 150 70 21
RCB250 250 180 80 25
RCB400 400 200 100 28
RCB750 750 210 110 30
ITEM# CB CAPACITY (ML) LENGTH (mm) WIDTH (mm) HEIGHT (mm)
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Uses and Applications

Alumina Combustion Boats from LSP Industrial Ceramics are essential tools in industries requiring high-temperature, contamination-free processing, thanks to their ability to withstand temperatures up to 1750°C and resist chemical corrosion. In metallurgy, they are widely used for melting and analyzing refractory metals like molybdenum, tungsten, and platinum, ensuring the purity needed for high-quality alloy production in aerospace and automotive applications. The chemical industry employs these boats for calcination, thermal decomposition, and compound synthesis, benefiting from their inertness in corrosive environments, such as when handling aggressive acids or bases during catalyst production.

In materials science, Alumina Combustion Boats are critical for sintering ceramics and producing advanced materials like semiconductors and composites, where precise heat treatment is vital for achieving desired material properties. They also play a key role in laboratory research, supporting high-temperature sample analysis in thermogravimetric analysis (TGA) and combustion testing across academic and industrial R&D labs. Their durability and thermal stability make them a reliable choice for repeated use in demanding applications, ensuring consistent results while minimizing contamination risks. LSP Industrial Ceramics offers these boats in various sizes and shapes to meet diverse industry needs.