Kaolin Cake 3

Product Description

Product name: KLZ**0 Physic analysis Brightness after burn%: ≥ *0 Residue (***5 mesh)%: ≤ 0.3 Moisture %: ≤ 2 pH: **6 Particle size (*2µm)%: ≥ *0 Loss on ignigion %: ****2 Oil Obsorbency g/**0g ****5 Chemical analysis % SiO2: ≤ *2 CaO: ≤ 0.3 Al2O3: ≥ *4 MgO: ≤ 0.2 Fe2O3: ≤ 1.0 K2O: ≤ 0.7 TiO2: ≤ 1.4 Na2O: ≤ 0.2 Product name: KLZ**0 Physic analysis Brightness after burn%: ≥ *0 Residue (***5 mesh)%: ≤ 0.2 Moisture %: ≤ 2 pH: **6 Particle size (*2µm)%: ≥ *0 Loss on ignigion %: ****3 Oil Obsorbency g/**0g ****5 Chemical analysis % SiO2: ≤ *8 CaO: ≤ 0.3 Al2O3: ≥ *7 MgO: ≤ 0.2 Fe2O3: ≤ 1.0 K2O: ≤ 0.7 TiO2: ≤ 1.4 Na2O: ≤ 0.2 Product name: S*******0 Physic analysis Brightness after burn%: *4.0 Residue (***5 mesh)%: 0.**2 Water percent %: 0.8 pH: **7 Particle size (*2µm)%: *8.*5 Physical form: Powder Loss on ignigion at ***0C % :*2.*9 Viscosity (TPH*5%cps): **0 Chemical analysis % SiO2: *4.9 CaO: 0.*9 Al2O3: *8.*4 MgO: 0.*1 Fe2O3: 0.*1 K2O: 1.*0 TiO2: 1.1 Na2O: 0.*2 Product name: S*******9 Physic analysis Brightness after burn%: *9.5 Residue (***5 mesh)%: 0.*1 Water percent %: 0.8 pH: **7 Particle size (*2µm)%: *1.*1 Physical form: Powder Loss on ignigion at ***0C % :*2.*9 Viscosity (TPH*5%cps): **0 Chemical analysis % SiO2: *7.*8 CaO: 0.*2 Al2O3: *6.*6 MgO: 0.*3 Fe2O3: 0.*2 K2O: 0.*6 TiO2: 0.*4 Na2O: 0.*7