Fluorite-manufacture,factory,supplier from China

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

Fluorite is a major source of hydrogen fluoride, a commodity chemical used to produce a wide range of materials.

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

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

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

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

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

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

Synthetic barium sulfate is a type of barium sulfate. It is a white powder and is a common product of barium sulfate suppliers. It has undergone chemical processing and has a very high purity.

Natural Barium Sulphate: Properties, Occurrence, and ApplicationsIntroductionNatural barium sulphate, commonly known as barite, is a mineral composed of barium, sulfur, and oxygen (BaSO₄). Recognized for its high density and chemical inertness, it plays a crucial role in various industries including oil and gas, paints and coatings, and radiation shielding.

CarPaints Precipitated Barium Sulphate is a High Dispersion Precipitated Barium Sulphate with excellent optical properties. It is high purity, high whiteness, halogen-free, and has a particularly high barium sulfate content. It is synthesized through a special coating process.

Barium sulfate precipitate is a white solid that can be used in CarPaints Precipitated Barium Sulphate and Plastic Grade Precipitated Barium Sulphate. It reacts with acid radical ions and is insoluble in most acids. It is an important chemical product.

Plastic Grade Precipitated Barium Sulphate: Overview and ApplicationsPlastic grade precipitated barium sulphate is a high-performance filler material widely used in the plastics industry. It is a white, inorganic powder with a high density and excellent chemical stability. This form of barium sulphate is specifically designed for use in plastic formulations, offering several advantages such as enhanced mechanical properties, improved processing characteristics, and increased durability.

Paint Grade Precipitated Barium Sulphate is a very important raw material in the paint industry. High Dispersion Precipitated Barium Sulphate has very high whiteness, high fineness, and high gloss.

Synthesis Process：Produce the nano barium sulfate with carbonate solution and sulfuric acid andcoated with special technology.Application Areas：Transparent filler masterbatch   Car PaintsIndexTLZ-PBS302BaSO₄ Content min%98% minMoisture max %0.15Water Soluble max %0.15lron Content5 ppmWhiteness %97 minBrightness  (L Value )98-99%Oil Absorption10-20 g/cm³PH6.5-9.0Particle Size D500.3 μmResidue (45 μm)0.02% maxConductivity150 μs/cm

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

Nano-precipitated barium sulfate is an advanced form of precipitated barium sulfate, and is also a High Dispersion Precipitated Barium Sulphate. It has better dispersion and purity. It produces nanoparticles through a unique process and is a very good filler.

Synthesis Process：Produce the nano barium sulfate with carbonate solution and sulfuric acid andcoated with special technology.Application Areas：Transparent filler masterbatch   Car PaintsIndexTLZ-PBS302BaSO₄ Content min%98% minMoisture max %0.15Water Soluble max %0.15lron Content5 ppmWhiteness %97 minBrightness  (L Value )98-99%Oil Absorption10-20 g/cm³PH6.5-9.0Particle Size D500.3 μmResidue (45 μm)0.02% maxConductivity150 μs/cm

IndexNational Standard GB/T2899-2008TLZ StandardBaSO₄  Content98.0% min98.5% minMoisture0.3 max0.15Water Soluble %0.3 max0.15lron %0.004 max5 ppmWhiteness %94 min97.5 minBrightness (L Value)-98-99%Oil Absorption10-30 g/cm³ 14-18 g/cm³PH6.5-9.07.0±1Particle Size D50-2-2.5 μmParticle Size D97-5 μm maxParticle 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 val

Synthesis Process：Produce the nano barium sulfate with carbonate solution and sulfuric acid andcoated with special technology.Application Areas：Transparent filler masterbatch   Car PaintsIndexTLZ-PBS302BaSO₄ Content min%98% minMoisture max %0.15Water Soluble max %0.15lron Content5 ppmWhiteness %97 minBrightness  (L Value )98-99%Oil Absorption10-20 g/cm³PH6.5-9.0Particle Size D500.3 μmResidue (45 μm)0.02% maxConductivity150 μs/cm

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

Product Name:Barium Chloride Dihydrate (Bacl24H2O)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/cm³Product Categories Barium chloride dihydrate Basic information Product Name:Barium chloride di

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

Barium hydroxide is mainly used in the petroleum industry additives and animal and plant oi refining, also used in the manufacture of barum salsynthetic rubber hardener, remove boiler scale, glass components, water softening and medicine, plastic Chemicalbook, glass, enamel and othelindustries. Barium hydroxide can also be used as a standard base for quantitaive analysis, determination of carbon dioxide content, etc. Bariumhydroxide should be stored in a sealed dry warehouse and not mixed with acids.Commercialy, barium hvdroxide is a precursor to other barum compounds.