Fluorite is a major source of hydrogen fluoride, a commodity chemical used to produce a wide range of materials.
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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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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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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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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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IndexTLZ-NBS31TLZ-NBS32BaSO₄Content95% min95% minParticle Size D50 (μm)3-4 μm1-2μmWhiteness %90 min90 minSpecific Gravity (g/cm³)4.35/cm³4.35/cm³Oil absorption (mV100g)7 ml100g10 mV100gPH7±17±1Moisture %0.15 % max0.15 % maxResidue (45 um)-10-40%Addition ratio10-40%TLZ-NBS32Natural Barium Sulfate Technical Data:Powder coatingPaintPlasticsRubberFilmsPapermakingPharmaceuticals
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1, High activation, good compatibility with resin, it can improve the mechanical property for paint and increase 10% more fill rate than other normal filler materials.2, Low oil absorption makes paint with excellent flow and machining performance.3, Good dispersibility, it's conducive to pigment dispersing in powder coating producing.4, Excellent gloss and good thixotropy property.Light Calcium Carbonate Technical Data TLZ-CC101IndexTLZ-CC101CaCO3 content≥99%D50 Particle Size1.8umWhiteness (dry)92Specific Gravity2.7 g/cm3Oil Absorption≤25ml/100gActivation &
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IndexNational Standard GB/T2899-2008TLZ StandardBaSO₄ Content98.0% min98% minMoisture0.3 max0.15Water Soluble %0.3 max0.15lron %0.004 max5 ppmWhiteness %-97 minBrightness (L Value)10-30 g/cm³98-99%Oil Absorption6.5-9.014-18 g/cm³PH-7.0±1Particle Size D50-0.8±0.2 μmParticle Size D97-2-3 μmParticle Size D100-10 um maxResidue (45 μm)0.2% max0.05 maxConductivity-150 μs/cmSynthesis Process：By controlling the chemical reaction betweenbarium sulfide and sodium sulfate solutionsto produce barum sulfate in the originalparticle size.diversified applicationsThe hardness value of TLZ-PBS can reach Mo
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Oil Drilling Grade Barite Technical Date:Index & StandardAPI StandardAnalysis ResultSpecific Gravity4.20 g/cc, min4.21 g/cc, minBaSO4/90%, minSrSO4/1.5%, maxHg1 ppm, max1 ppm, maxCd3 ppm, max3 ppm, maxPb1000 ppm, max500 ppm, maxAs40 ppm, max20 ppm, maxSiO23%, max3%, maxFe2O31% ,max1%, maxCarbonates3000 mg/l, max3000 mg/l, maxWater Soluble Alkaline Earth Metals As Calcium250 mg/kg, max100 mg/kg, maxProduct Models TLZ-DB201: IndexTLZ-DB201AppearanceGranulesSpecific gravity4.10Grain size / Particle size0-100 mmPacking: Bulk cargo, 1 Mt bags
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Oil Drilling Grade Barite Technical Date:Index & StandardAPI StandardAnalysis ResultSpecific Gravity4.20 g/cc, min4.21 g/cc, minBaSO4/90%, minSrSO4/1.5%, maxHg1 ppm, max1 ppm, maxCd3 ppm, max3 ppm, maxPb1000 ppm, max500 ppm, maxAs40 ppm, max20 ppm, maxSiO23%, max3%, maxFe2O31% ,max1%, maxCarbonates3000 mg/l, max3000 mg/l, maxWater Soluble Alkaline Earth Metals As Calcium250 mg/kg, max100 mg/kg, maxProduct Models TLZ-DB101: IndexTLZ-DB101AppearanceGranulesSpecific gravity4.05Grain size / Particle size0-100 mmPacking: Bulk cargo, 1 Mt bags
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Oil Drilling Grade Barite Technical Date:Index & StandardAPI StandardAnalysis ResultSpecific Gravity4.20 g/cc, min4.21 g/cc, minBaSO4/90%, minSrSO4/1.5%, maxHg1 ppm, max1 ppm, maxCd3 ppm, max3 ppm, maxPb1000 ppm, max500 ppm, maxAs40 ppm, max20 ppm, maxSiO23%, max3%, maxFe2O31% ,max1%, maxCarbonates3000 mg/l, max3000 mg/l, maxWater Soluble Alkaline Earth Metals As Calcium250 mg/kg, max100 mg/kg, maxProduct Models TLZ-DB202: IndexTLZ-DB202AppearancePowderSpecific gravity4.10Grain size / Particle size200 meshPacking: Bulk cargo, 1 Mt bags /
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Oil Drilling Grade Barite Technical Date:Index & StandardAPI StandardAnalysis ResultSpecific Gravity4.20 g/cc, min4.21 g/cc, minBaSO4/90%, minSrSO4/1.5%, maxHg1 ppm, max1 ppm, maxCd3 ppm, max3 ppm, maxPb1000 ppm, max500 ppm, maxAs40 ppm, max20 ppm, maxSiO23%, max3%, maxFe2O31% ,max1%, maxCarbonates3000 mg/l, max3000 mg/l, maxWater Soluble Alkaline Earth Metals As Calcium250 mg/kg, max100 mg/kg, maxProduct Models TLZ-DB102: IndexTLZ-DB102AppearancePowderSpecific gravity4.05Grain size / Particle size200 meshPacking: Bulk cargo, 1 Mt bags /
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Product Features:Particle size distribution is narrow.Less impurity.Excellent dispersibility.Natural Barium Sulfate Technical Data:Barium sulphate content (Baso4)%98Whiteness%≥96Water soluble content %≤0.15Fe Content % ≤0.0015Cl Content % ≤0.04PH Value6.5-7.5Oil absorption g/100g15-20Mean Particle Size (D50)1.2umResidue (45μm) %0.01Particle size less than 10μm %99Particle size less than 5μm %95Particle size less than 2μm %70Application Areas:Other Application Areas:Friction materialsGlass, ceramicRubberBattery
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Product ParametersItemsSpecificationProduct nameSodium sulphateDescriptionWhite crystal/PowderNA2SO4 contene(purity)%≥99Water Insoluble%≤0.02Iron(be accounted with the Fe)%≤0.001Chloride content(by Cl)%≤0.1Ca&Mg Content %≤0.01Bulk Density g/ml≥1.50Whiteness%≥97.0Moisture%≤0.10PH Value(1% solution)6-8Product usage：Increase dosage around 80% in the transparent filler masterbatches. Packaging & Shipping：Regularly, the commodity is packed at 25kg bag , loaded 27Mt in a 20 feet container without palletized.
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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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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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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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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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Index & StandardAnalysis ResultTLZ-NBS12BaSO4 Content≥88%D50 Particle size1.2-1.7 μmWhiteness (dry)≥92Specific Gravity4.00 g/m3Oil Absorption≤10 ml /100 gPH Value7±1Moisture≤0.15%The Residue (325 mesh)noApplication Areas:1. Flat and textured powder coating2. Oil base and water base paints and powder coating3. Plastic (high gloss PP, ABS, Masterbatch and etc.)4. Rubber5. Glue
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Index & StandardAnalysis ResultTLZ-NBS22BaSO4 Content≥92%D50 Particle size1.2-1.7 μmWhiteness (dry)≥92Specific Gravity4.20 g/m3Oil Absorption≤10 ml /100 gPH Value7±1Moisture≤0.15%The Residue (325 mesh)noApplication Areas :1. Flat and textured powder coating2. Oil base and water base paints and powder coating3.Plastic (high gloss PP, ABS, Masterbatch and etc.)4. Rubber5. Glue
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