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Bauxite Powder
1. Our Aluminate is finely ground and sieved with uniform particle size to meet the needs of different applications. Aluminate can improve the reaction efficiency and application effect of the material.
2. Our Aluminate has high purity and excellent chemical composition, the production process is strictly controlled, and the product quality is stable.
3. Our Aluminate has excellent high temperature stability and fire resistance and can withstand extreme temperatures, effectively improving the durability and production efficiency of equipment.
- YKLX
- Liaoning,Shandong
- as per the order's Qty
- 10000ton/month
- Information
Aluminate introduction:
Aluminate is a fine powder obtained by crushing, grinding and screening bauxite ore and is widely used in bauxite processing, building materials manufacturing and metallurgical industries. Aluminate is generally white, grayish white or slightly yellow, and the specific color may vary depending on the composition of the ore. Aluminate has good fluidity and is suitable for various processing and production processes. Aluminate is neutral or slightly acidic, with a pH value between 6-7. Aluminate will not produce strong acid-base reactions in the environment.
Bauxite powder parameters:
| Grade | Chemical Component | Refractoriness | Volume Density | ||
| Al2O3 | CaO | Fe2O3 | |||
| Superior Grade | >85 | <0.6 | <1.4 | >1790 | >3.6 |
| First Grade | >80 | <0.6 | <3.0 | >1790 | >3.0 |
| Second Grade A | 70-80 | <0.8 | <3.0 | >1790 | >2.8 |
| Second Grade B | 60-70 | <0.8 | <3.0 | >1770 | >2.65 |
| Third Grade | 50-60 | <0.8 | <2.5 | >1770 | >2.55 |
Product advantages:
1. Our Aluminate meets international environmental standards. Aluminate does not contain harmful substances, is safe and reliable, and helps customers achieve green production and sustainable development goals.
2. Our Aluminate has an efficient supply chain management and logistics system, which can ensure the stable supply and on-time delivery of Aluminate, respond quickly, and ensure that your production plan is not affected.
3. Aluminate has a wide range of application adaptability, and Bauxite Powder can be used in many fields such as refining, building materials production, and refractory manufacturing, and can adapt to a variety of industrial needs.
Product Uses:
1. Bauxite Refining.
Bauxite powder is the main raw material for extracting aluminum. After high-temperature calcination and chemical treatment, aluminum oxide (Al₂O₃) in bauxite powder can be extracted and further converted into aluminum metal. This is a key raw material in the aluminum smelting process.
2. Refractory materials.
Bauxite powder can be used to produce high-temperature refractory bricks, which have excellent fire resistance and wear resistance and are widely used in the lining of high-temperature industrial furnaces such as steel, metallurgy, and cement. Bauxite powder can also be used to make refractory concrete, enhance high temperature resistance and corrosion resistance, and is suitable for use in high-temperature industrial equipment and furnaces.
3. Building materials industry.
Bauxite powder is used as one of the raw materials in cement production to improve the strength and durability of cement. Bauxite powder can be used in lightweight buildings to produce lightweight building materials, such as lightweight bricks and foamed concrete, to improve the thermal insulation performance of buildings and reduce weight.
4. Chemical industry.
The aluminum oxide component of bauxite powder has important applications in catalysts and adsorbents. For example, in the process of oil refining, Aluminate is used as a catalyst carrier to improve the efficiency of catalytic reactions.
5. Environmental protection.
Bauxite powder is used as a flocculant in water treatment, which helps to remove suspended matter and pollutants in water and improve water quality.
6. Ceramic industry.
Bauxite powder is used to produce high-performance ceramics, such as wear-resistant ceramics and insulating ceramics, to improve the mechanical strength and temperature resistance of ceramics.
