- High aluminum oxide (Al2O3) content
- Low levels of impurities
- Fine particle size for easy mixing
- Premium quality, sourced from high-quality bauxite deposits
- Address: Satara - 415004, Maharashtra, India.
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High Grade Bauxite Powder is a finely ground, premium quality form of bauxite known for its purity and superior properties. Sourced from high-quality bauxite deposits, this powder undergoes rigorous quality checks to ensure its suitability for various industrial applications.
This powder is characterized by its high aluminum oxide (Al2O3) content, exceeding 50%. This high purity level makes it ideal for applications requiring purity, such as in the production of aluminum, refractories, and abrasives.
With low levels of impurities, including iron oxide (Fe2O3) and silica (SiO2), High Grade Bauxite Powder offers excellent chemical and physical properties, making it suitable for a wide range of industrial processes.
Its fine particle size allows for easy mixing and incorporation into various applications. It is commonly used in industries such as cement production, refractory manufacturing, and abrasives production.
Salient Features
Applications
- Production of aluminum
- Refractory manufacturing
- Abrasives production
- Various industrial processes where purity is critical
Unlike the base metal ores, bauxite powder does not require complex processing because most of the Bauxite that is mined is of an acceptable grade or can be improved by a relatively simple and inexpensive process of removing clay. In many bauxites ore, clay is removed by some combination of washing, wet screening and cycloning, even by hand picking or sorting. Some important uses of Bauxite Powder are:
- Mfg. of Aluminium ( Alumira)
- Mfg. of Refractories
- Mfg. of Ceramic
- Mfg of Alum or Aluminium Sulphate
- Mfg. of Cement
- Mfg. of Alumira Cement or High Alumira brics
- Mfg. of Cement boards or allied building products
| Parameters | High Grade Bauxite Powder |
| Aluminium Ore(Al2O3) | 55 - 60 % |
| Iron Ore (Fe) | 2 - 9 % |
| Silica Ore (SiO2) | 23- 4 % |
| Loss on Drying | @ 105 oC 0.78 |
| Loss on Ignition | @ 950oC 28.29 |