Sillimanite Sand
Sillimanite sand, primarily composed of aluminum silicate (Al2O3), is a valuable raw material renowned for its unique properties. Found naturally in metamorphic rocks alongside minerals like quartz and feldspar, sillimanite serves various industrial applications.
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With its exceptional thermal stability and high melting point exceeding 1,550°C (2,822°F), sillimanite finds extensive use in refractory materials and ceramics. In refractory applications, it is utilized to manufacture high-temperature-resistant products such as high alumina bricks, crucibles, and kiln linings, vital for industries like steelmaking and glassmaking.
Moreover, sillimanite serves as a key raw material in the ceramics industry, contributing to the production of ceramic products with outstanding thermal shock resistance and dimensional stability. It is particularly valued in the manufacturing of kiln furniture, sanitaryware, and high-performance ceramics.
In foundry casting, sillimanite sand is prized for its thermal stability and resistance to deformation at high temperatures. It facilitates the creation of precise molds for casting metal alloys, essential in various industrial applications.
Sillimanite deposits are distributed globally, with significant reserves found in regions such as India, South Africa, and Australia. These deposits, typically associated with metamorphic rocks, are mined using sea sand surface techniques in India, while underground methods are prevalent in Australia and South Africa.
While sillimanite itself is not toxic, responsible mining practices are paramount to minimize environmental impacts associated with its extraction and processing. Sustainable approaches ensure the conservation of natural resources and the preservation of ecosystems.
In summary, sillimanite sand’s exceptional properties make it indispensable in refractory materials, ceramics, and foundry casting. Its widespread availability and diverse industrial applications underscore its significance, while environmentally conscious mining practices are crucial for sustainable utilization.
APPLICATION
Refractories:
Sillimanite is extensively used in the production of refractory materials due to its high melting point, thermal shock resistance, and excellent thermal insulation properties. It is utilized in furnace linings and high alumina bricks manufacturing with the foundry industry.
CHEMICAL COMPOSITION
Grade : (TiO2) 50% Guaranteed
| Al2o3 | 60min. |
| Tio2 | 1.00 max. |
| Fe2o4 | 1.00 max |
