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Product introduction:
Dalian Gaoteng supply high silica content flint pebbles with few iron content as experienced manufacturer.
The content of silica can affect the chemical stability of ceramic products. Ceramic products with high SiO2 content are more waterproof and corrosion-resistant, and are less susceptible to external environmental influences. However, if the content of silicon dioxide in ceramic products is too low. It will cause them to be less resistant to acid and alkali corrosion, and are prone to cracking and damage during use.
Therefore, an appropriate silicon dioxide content is crucial for the quality of ceramic products. It can not only improve their hardness, strength, and wear resistance, but also enhance their chemical stability. Thereby extending the service life of ceramic products.
Technical indicator:
SiO2 | ≥99.31% | Volume density | ≥2.66g/cm3 |
Al2O3 | ≤0.36% | Hardness | Around 8 mohs |
Fe2O3 | ≤0.018% | Porosity | ≤0.38% |
CaO | 0.09% | Actual abrasion rate | ≤1.35 |
MgO | 0.04% | Color | Grey and White |
Application field:
Other applicaion of high silica content flint pebbles
1. Construction industry: silica pebbles can be used as fillers for concrete products, as well as in the manufacturing of cement products, sidewalks, road surfaces, and anti slip coatings.
2. Mining industry: silica pebbles can be used as grinding media in ore beneficiation. For grinding, crushing, and separating minerals.
3. Chemical industry: silica pebbles can be used as catalysts or adsorbents for manufacturing various chemical agents. As well as reaction mattresses, filter media, and soaking agents for various catalytic reactions.
4. Metal processing industry: silica pebbles can be used as grinding media in metal processing. For grinding, cleaning, polishing, sandblasting, etc., which can improve the surface quality and accuracy of products.
5. Water treatment industry: Pebbles can be used as filter media in water treatment. Adsorbing various solid, liquid, and gas pollutants, and are used for water purification, sewage treatment, waste gas treatment, etc.
Product introduction:
Dalian Gaoteng supply high silica content flint pebbles with few iron content as experienced manufacturer.
The content of silica can affect the chemical stability of ceramic products. Ceramic products with high SiO2 content are more waterproof and corrosion-resistant, and are less susceptible to external environmental influences. However, if the content of silicon dioxide in ceramic products is too low. It will cause them to be less resistant to acid and alkali corrosion, and are prone to cracking and damage during use.
Therefore, an appropriate silicon dioxide content is crucial for the quality of ceramic products. It can not only improve their hardness, strength, and wear resistance, but also enhance their chemical stability. Thereby extending the service life of ceramic products.
Technical indicator:
SiO2 | ≥99.31% | Volume density | ≥2.66g/cm3 |
Al2O3 | ≤0.36% | Hardness | Around 8 mohs |
Fe2O3 | ≤0.018% | Porosity | ≤0.38% |
CaO | 0.09% | Actual abrasion rate | ≤1.35 |
MgO | 0.04% | Color | Grey and White |
Application field:
Other applicaion of high silica content flint pebbles
1. Construction industry: silica pebbles can be used as fillers for concrete products, as well as in the manufacturing of cement products, sidewalks, road surfaces, and anti slip coatings.
2. Mining industry: silica pebbles can be used as grinding media in ore beneficiation. For grinding, crushing, and separating minerals.
3. Chemical industry: silica pebbles can be used as catalysts or adsorbents for manufacturing various chemical agents. As well as reaction mattresses, filter media, and soaking agents for various catalytic reactions.
4. Metal processing industry: silica pebbles can be used as grinding media in metal processing. For grinding, cleaning, polishing, sandblasting, etc., which can improve the surface quality and accuracy of products.
5. Water treatment industry: Pebbles can be used as filter media in water treatment. Adsorbing various solid, liquid, and gas pollutants, and are used for water purification, sewage treatment, waste gas treatment, etc.
