Rubber-grade zinc oxide is used in a wide range of rubber products, including radial and bias tires, conveyor belts, hoses, tape, rubber, and latex glovesTest ItemsIndicatorsTest ResultsZinc Oxide Content (Dry Basis) %≥95%97.16Volatiles at 105℃ %≤1.00.54Water-Soluble Substances Content %≤1.00.03Ignition Loss %1.0-4.01.74Insoluble Substances in Hydrochloric Acid %≤0.040.018Manganese (Mn) %≤0.0050.0004Lead (Pb) %≤0.0070.0003Cadmium (Cd) %≤0.0040.0001 Copper (Cu) %≤0.0008--Whiteness (L*)≥9898.58Specific Surface Area≥45>45Residue on 45um Sieve≤0.10.08Median Particle S
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The Characteristics of TALENTS Precipitated Barium SulfateChemical synthesis used in the production of TLZ-PBS has endowed more outstanding performances. It becomes a good filler that has a high whiteness, low oil absorption, low wear index, and low bulk color.1. Excellent TLZ-PBS, acid and alkali resistance, good stability in water and resins improved its light resistance and weather resistance.2, We use advanced grinding technology and professional crystal form control in the production of TLZ-PBS.
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Product Features:Rutile Type Titanium Dioxide R-218CAS NO.13463-67-7EINECS NO.236-675-5High-grade rutile type titanium dioxideItemSpecificationR-218Mass fraction of Tio2 /% ≥93Whiteness (compared with standard sample)not less thanBrightness % ≥94Rutile content %
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DP01TLZ-DP02AppearanceOff-white PowderOff-white PowderSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000 ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Particle Size 75μm Residue≤ 3%≤ 3%Particle Size ≤ 6μm≤30%≤30%
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DP01TLZ-DP02AppearanceOff-white PowderOff-white PowderSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000 ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Particle Size 75μm Residue≤ 3%≤ 3%Particle Size ≤ 6μm≤30%≤30%
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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Application Areas：◆Oil drilling ◆Friction materials ◆Rubber ◆Radiation wallIndexTLZ-DB01TLZ-DB02AppearanceGranuleGranuleSpecial gravity ≥4.1 g/cm³4.2 g/cm³BaSO₄+ SrSO₄Content85%90%Hg ppm ≤1 ppm1 ppmCd ppm ≤3 ppm3 ppmAs ppm ≤40 ppm40 ppmPb ppm ≤1000 ppm1000 ppmSi0₂Content-3% maxFe₂O₃Content-3% maxCarbonates5000ppm max5000 ppm maxWater Soluble Alkaline Earth Metals As Calcium ≤250 mg/kg250 mg/kgMiosture2%2%Granule Size0-100 mm0-100 mm
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IndexTLZ-NBS12TLZ-NBS22Whiteness %88-9088-90BaSO₄Content %8892Specific Gravity (g/cm³)4.04.20Particle Size D50 (μm)1-2 μm1-2 μmResidue (45 μm)0.005% max0.005% maxOil absorption (ml/100g)12 max12 maxPH7±17±1Moisture % ≤0.150.15Addition ratio10-40%15-40%
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Fluorite is a major source of hydrogen fluoride, a commodity chemical used to produce a wide range of materials.
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ltem No.SpecificationUsageTLZ-HF10CaF₂≥ 40%Used to make aluminumfluoride and hydrofluoric acidUsed to make aluminumfluoride and hydrofluoric acidTLZ-HF20CaF₂≥60%Used to make aluminumfluoride and hydrofluoric acidUsed to make aluminumfluoride and hydrofluoric acidTLZ-HF30CaF₂≥80%Used as a fluxTLZ-HF40CaF₂≥97%The raw material ofthe Acid Grade Fluorite
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Application Areas:There are three principal types of industrial use for natural fluorite, corresponding to different grades of purity. Metallurgical grade fluorite has traditionally been used as a flux to lower the melting point of raw materials and eliminate impurity in steel and aluminum production.Ceramic grade fluorite is used in the manufacture of opalescent glass, enamels, and cooking utensils. The highest grade, "acid grade fluorite" (40% or more CaF2) is used to make aluminum fluoride and hydrofluoric acid by reacting to the fluorite with sulfuric acid.P
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Application Areas:There are three principal types of industrial use for natural fluorite, corresponding to different grades of purity. Metallurgical grade fluorite has traditionally been used as a flux to lower the melting point of raw materials and eliminate impurity in steel and aluminum production.Ceramic grade fluorite is used in the manufacture of opalescent glass, enamels, and cooking utensils. The highest grade, "acid grade fluorite" (40% or more CaF2) is used to make aluminum fluoride and hydrofluoric acid by reacting to the fluorite with sulfuric acid.P
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ltem No.SpecificationUsageTLZ-HF10CaF₂≥ 40%Used to make aluminumfluoride and hydrofluoric acidUsed to make aluminumfluoride and hydrofluoric acidTLZ-HF20CaF₂≥60%Used to make aluminumfluoride and hydrofluoric acidUsed to make aluminumfluoride and hydrofluoric acidTLZ-HF30CaF₂≥80%Used as a fluxTLZ-HF40CaF₂≥97%The raw material ofthe Acid Grade Fluorite
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IndexTLZ-SSD01TLZ-SSD02Na₂S Content50% min60% minNa₂SO₃ Content2% max2% max-Na₂S₂O₃ Content0.003 %-lron3.5% max0.003%Na₂CO₃ Content0.2% max2.0% maxWater Insoluble Content50% min0.05%max
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IndexTLZ-SS01TLZ-SS02Na2SO4 content ≥%99.099.0Particle Size D50 μm3.51.8325 mesh Residue ≤ %00Whiteness %9697Activation Grade ≥%9999Moisture ≤%0.100.10Water Insoluble ≤%0.020.02PH Value7.5±1.07.5±1.0Ca + Mg (as Ca) ≤%0.010.01Chloride (as Cl) ≤%0.100.10Fe ≤%0.0010.001
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Product Name: Titanium DioxideIndexR-2196TiO2% (1S0 591-1)94%CIEL*(GB/T 1864-2012)95.5Reducing Power (TCS)1950PH Value (lSO 787-9)7.0Oil Absorption (lSO 787-5)19g/100 gResidue on 45μm(lS0 787-18)0.01%Resistivity (lSO 787-14)100Ω-mVolatiles at 105℃(ISO 787-14)0.3%Typical Properties：IndexR-2196Processing MethodSulfateCrystal FormRutileInorganic Surface TreatmentZrOz, ALO:Organic Surface TreatmentYesClassification (lS0 591-1)R2Color (lS0 787-25)△E≤0.5Relative Scattering Power (lSO 787-24)95%-105%Density(lS0 787-10)4.0 g/cm³Dispersion in Polyester System(GB/T 21868.3-2008)≤27.5 μmTitanium Dio
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IndexR-2196Ti02% (1S0 591-1)94%CIEL*(GB/T 1864-2012)95.5Reducing Power (TCS)1950pH Value (lSO 787-9)7.0Oil Absorption (lSO 787-5)19g/100 gResidue on 45μm(lS0 787-18)0.01%Resistivity (lSO 787-14)100Ω-mVolatiles at 105℃(ISO 787-14)0.3%Typical Properties：IndexR-2196Processing MethodSulfateCrystal FormRutileInorganic Surface TreatmentZrOz, ALO:Organic Surface TreatmentYesClassification (lS0 591-1)R2Color (lS0 787-25)△E≤0.5Relative Scattering Power (lSO 787-24)95%-105%Density(lS0 787-10)4.0 g/cm³Dispersion in Polyester System(GB/T 21868.3-2008)≤27.5 μm
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IndexTLZ-CC1250TLZ-CC2500CaCO₃content ≥%98-9998-99Particle Size D50 μm5-718-2.5325 mesh Residue00Whiteness %9597Specific Gravity2.72.7Postulate Specific Gravity110.65Moisture ≤%0.150.15PH7.5+1.07.5±1.0Oil Absorption15-20 g/cm³18-25 g/cm³Sediment Volume 30 min (ml)7878Sediment Volume 60 min (ml)7474
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IndexTLZ-CC1250TLZ-CC2500CaCO₃content ≥%98-9998-99Particle Size D50 μm5-718-2.5325 mesh Residue00Whiteness %9597Specific Gravity2.72.7Postulate Specific Gravity110.65Moisture ≤%0.150.15PH7.5+1.07.5±1.0Oil Absorption15-20 g/cm³18-25 g/cm³Sediment Volume 30 min (ml)7878Sediment Volume 60 min (ml)7474
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IndexTLZ-CC1250TLZ-CC2500CaCO₃content ≥%98-9998-99Particle Size D50 μm5-718-2.5325 mesh Residue00Whiteness %9597Specific Gravity2.72.7Postulate Specific Gravity110.65Moisture ≤%0.150.15PH7.5+1.07.5±1.0Oil Absorption15-20 g/cm³18-25 g/cm³Sediment Volume 30 min (ml)7878Sediment Volume 60 min (ml)7474
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