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... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
... Six fluoride magnesium silicate Purity: 98.5% Formula: MgSiF6 M. W: 274.48 CAS NO.: 12449-55-7 HS CODE: 282690009007 Magnesium silicofluoride(cas 12449-55-7) Physical and ......
Product Description Formula: LiF M. W. 25.94 Properties: It is a white powder, soluble in acid, hardly soluble in water, insoluble in methanol and propanone. Its relative density is 2.653. The melting point is ...
...: 6381-92-6 EINECS: 205-358-3 Molecular Formula: C10H14N2Na2O8.2H2O Molecular Weight: 372.24 Character: EDTA-2Na is a white powder with two crystal waters, easy to lose crystal water when dried and easy to s...
Product Name: Phlorizin Appearance: Light yellow to White powder CAS NO.: 60-82-1 Molecular formula: C12H24O10.2H2O Molecular weight: 472.45 Solubility: well soluble in water at low assay, hardly soluble in wat...
... for crushing iron ores, granite, quartzite, pebble and other hard or corrosive materials. The product comprises of new wear-resistant materials and rare earth elements. The material formula is adjusted and ...
... alloy 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:48/52:1 Output:500-600kg/h according to different material, formula and technology of process etc. Revolutions...
... 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolutions: 0-600rpm;...
...101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1/44:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolutions: 0-600...
...resistant alloy 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolut...
...: 45#forged steel with the abrasion-resistant alloy 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:48:1 Output:500-800kg/h according to different material, formula ...
...: 45#forged steel with the abrasion-resistant alloy 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:48:1 Output:500-1000kg/h according to different material, formula...
... 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolutions: 0-600rpm;...
... 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolutions: 0-600rpm;...
... alloy 101 (Ni-Fe-Cr-W) inside that smooth and abrasion resistant. The hardness is HRC60-64. L/D:40:1 Output:20-70kg/h according to different material, formula and technology of process etc. Revolutions: 0-6...