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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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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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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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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Product ParametersItemsSpecificationProduct nameSodium sulphateDescriptionWhite crystal/PowderNA2SO4 contene(purity)%≥99Water Insoluble%≤0.05Iron(be accounted with the Fe)%≤0.002Chloride content(by Cl)%≤0.35Ca&Mg Content %≤0.15Bulk Density g/ml≥1.50Whiteness%≥85.0Moisture%≤0.20PH Value(1% solution)6-8Product usage：1, chemical industry used to manufacture sodium sulfide sodium silicate and other chemical products. 2, paper industry for the manufacture of kraft pulp cooking agent. 3, glass industry to replace soda as co-solvent. 4, textile industry for t
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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-NBS11BaSO4 Content≥88%D50 Particle size5-7 μmWhiteness (dry)≥90Specific Gravity4.00 g/m3Oil Absorption≤7 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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Index & StandardAnalysis ResultTLZ-NBS21BaSO4 Content≥92%D50 Particle size5-7 μmWhiteness (dry)≥90Specific Gravity4.20 g/m3Oil Absorption≤7 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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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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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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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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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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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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Application Areas：Powder Coating Modified Plastics Fibers Papermacking InksIndexTLZ-NBS11TLZ-NBS21Whiteness %88-9088-90BaSO₄Content %8892Specific Gravity (g/cm³)4.04.20Particle Size D50 (μm)5-7 μm5-7 μmResidue (45 μm)0.005% max0.005% maxOil absorption (ml/100g)10 max10 maxPH7±17±1Moisture % ≤0.150.15Addition ratio10-40%15-40% Q
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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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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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formulaBaCO3molecular weight197.34purity99minappearancewhite powderCAS NO513-77-9HS Code2836600000Product Name: barium carbonate powderbarium carbonate cas 513-77-9Uses It is used for making barium salt, pigments, fireworks and signal flares, optical glass, rodenticide, pottery, porcelain, and used as fillers and water clarifiers. Used as analytical reagent, preparation of fuel for fireworks and signal bombs, as auxiliary material for ceramic coatings and optical glass. &n
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Product Features:Barium chloride is an inorganic compound with the formula BaCl₂. It is one of the most common water-soluble salts of barium. Like most other barium salts, it is white, toxic, and imparts a yellow-green coloration to a flame. It is also hygroscopic, converting first to the dihydrate BaCl₂(H₂O)₂.Formula: BaCl2Molar mass: 208.23 g/molMelting point: 1,764°F (962°C)Boiling point: 2,840°F (1,560°C)Density: 3.86 g/cm³It is commonly used as a test for sulfate ion.
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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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