Talcum powder, calcium carbonate, precipitated calcium carbonate, dolomite, soda feldspar.
Uses: -- Paint -- Plastics -- Rubber -- Putty -- Ceramics -- Chewing gum -- Coating -- Cosmetics -- Cables -- Paper -- Plastics Body powder
Uses: -- Paint -- Plastics -- Rubber -- Putty -- Ceramics -- Chewing gum -- Coating -- Cosmetics -- Cables -- Paper -- Plastics Body powder
Precipitated Calcium Carbonate (PCC) is synthetic calcium carbonate. It is white ultra-fine crystalline powder having consistent Particle Size Distribution and Excellent dispersibility. Precipitated Calcium Carbonate (PCC): High Purity lime stone is calcined in Lime Kiln to produce quick lime which is slaked and further carbonated to produce PCC slurry, which is filtered and dried to produce pure white PCC Powder. Activated Calcium Carbonate (ACC): Activated Calcium Carbonate is produced by surface coating the Precipitated Calcium Carbonate slurry with Fatty Acids (Stearic Acid) and Titanate Coupling Agent. Filtering and drying of the coated PCC slurry to produce ACC Powder. The particle size, as well as the crystal form, is controlled by temperature, concentration of reactants and time. Price: INR 5,000/- to 20,000/-
Vital in construction and industrial applications.
Specifications Products : Ground Calcium Carbonate Use ; Industrial Use Color : White Form : Powder Packing Type : Plastic Bags Packing Size : 50kgs Purity : 90-99% Whiteness : 88 - 96% Ground Calcium Carbonate Calcium Carbonate is composed of the crystalline mineral, calcite, which occurs naturally in the form of chalk, marble, dolomite or lime stone. Chalk is formed by shells of Nanofossils that is a fine micro crystalline material. Other forms of calcite are also of biogenic origin but more compacted than chalk. Marble deposits are limestone changed by crystallization under conditions of extreme heat and pressure. In some cases, is process yields pure marble of exceptional whiteness. Good quality marble and dolomite deposits are available in the state of Rajasthan (India). High quality stones are manually selected at the mines and after its purity tests, these are sent to the processing centre. During the process the stones are washed to remove impurities. These stones are crushed and grinded as per the customers' requirement. The powder is further processed to micronize varying micron size up to 5 microns top cut. After micronizing it is subject to a process of unique surface coating with fatty acids or suitable coupling agents. The coated products become hydrophobic which increase the compatibility with polymers and other organic based Additives. The processing techniques at PEEKAY MINERALS ensures consistent quality, control of top-cut and average particle size and freedom from impurities at pocket friendly costs. On demand at PKM coated Ground Calcium Carbonate is made available. Coating with Stearic acid or Titanates coupling agent is being carried as per choice of end users. Application: Paints & Powder coatings Paper & Boards Printing Inks PP, LLDPE and LDP compounds PVC master batches and compound Features: Free from impurities Less Reactive Good dispersion Unique particle size Improved brightness and opacity Good Mechanical and flow properties
Calcium carbonate , it's a very common mineral used in a wide range of applications like 1.construction 2.building material 3.pvc pipes 4.paper 5.paints 6.pvc compounds and other applications that require it in a hug quantities
Description: Super Calcium is a comprehensive blend of Calcium Carbonate, Vitamin D2 and 5 Vital Nutrients & Herbs to improve bone health. Vitamin D, K2-7 & Selenium are essential in absorption & retaining of Calcium in our body and deposit it in bones efficiently.
Calcium Carbonate
High purity ground marble, used as a bridging & weighting agent in drilling, work over & completion fluids. It is generally more pure with high hardness & provides better acid solubility. Available in different microns size. For price, specification and other details please contact us
CAS NO. 1317-65-3 Content ''CaCo 90% Whiteness 95%''
What is Calcium Carbonate? Calcium carbonate is a colorless powder that is white and unscented. It is water insoluble to a large extent. Calcium carbonate is commonly known as CaCO3. It works as an antacid, a food coloring, and a fertilizer, among other things. What are the Specifications of Calcium Carbonate? Chemical Analysis Units ACI BB-WH-001 PCS CaCO % by mass 98% 98% 98% FeO % by mass 0.015 0.02 0.10 Density g/cm 2.7 2.7 Hardness MOH 3 2.5 Moisture % by mass 0.1 0.2 0.2 Whiteness % by mass 98.5 98 98 How to make Calcium carbonate? Calcium carbonate is made by combining calcium oxide with carbon dioxide. After adding water to make calcium hydroxide, carbon dioxide is pushed through the solution to produce the required calcium carbonate, known as advanced calcium carbonate in the industry. What are the uses in Ceramics? Calcium carbonate is an important element in the manufacture of ceramics. Calcium carbonate is a cost-effective form of calcium oxide that is essential as a melting agent at higher degrees. It also enhances the mechanical and chemical strength of the glass body, as well as reducing shrinkage caused by fire. What are the Applications in others? Calcium carbonate is commonly used as a calcium supplement, antacid, phosphate binder, or pharmaceutical tablets. It is also seen in baking powder, toothpaste, and wine. What are the Negative sides? Calcium carbonate has the potential to induce bad impacts. People may be affected by stomach discomfort, constipation, dry mouth, increased urination, and lack of appetite, fast weight gain, bone discomfort, tiredness, and a lack of energy. If someone faces problems, they should get help as soon as possible.
name of our product : calcium carbonate Product orgin :Turkey packaging :customers demand No minimum oder Hs:283650 Calcium carbonate has a lot of special properties, which makes it a suitable raw material for a wide range of different application areas. The coated calcite produced by REN TECH Corporation and used especially in plastic and cable sectors as a filling material ranges first within the sector as it gives hydrophobic property to the material, makes the chemical paint disperse easily and fit organic environments and keeps the forms from heating up in PVC sector. Main Usage Areas 1. Paint and Surface Coating 2. Plastic Sector 3. Construction Chemicals Sector 4. Paper Sector 5. Glass Sector 6. Plaster Sector 7. Other Sectors No Product Code Product Details 1 RenCarb1 1 Micron Calcium Carbonate 2 RenCarb2 2 Micron Calcium Carbonate 3 RenCarb3 3 Micron Calcium Carbonate 4 RenCarb5 5 Micron Calcium Carbonate 5 RenCarb10 10 Micron Calcium Carbonate 6 RenCarb20 20 Micron Calcium Carbonate 7 RenCarb1T 1T Micron Calcium Carbonate (special process applie
1. CaCO Advantages in Paint and Surface Coatings: It solidifies It controls the viscosity It lowers the cost by reducing the consumption of titanium dioxide It enhances opacity due to its high whiteness property It strengthens It increases the impact resistance of the paint film It gives brightness to the paint It prevents the paint films to peel off It provides a smooth film surface It has an ultra-hiding power It has a high dispersion feature 2. CaCO Advantages in Plastic Sector: Some advantages of the calcite over the plastics are as follows: Depending on different chemical surface coating, it provides dop oil saving. It provides pigment saving due to its high whiteness. It has a flame retardant property due to its chemical structure. It increases the writability of the packing materials. It has a positive effect on notched impact strength. It has a regulatory impact on the viscosity in polymer. The micronized calcite used as a filling material in plastic sector: Must control the rheological properties of PVC plastisols, Must not include heavy metals causing polymers to age, Must have high chemical purity, Must have high whiteness for saving expensive white pigments, Ground particles must not gather together and agglomerate again, Must not intake high amount of oil, Must not absorb the flux oil or the chemical substances used in the formulation, Must not cause machines to be worn, Must have homogeneity, Must have a high rate of whiteness for saving expensive white pigments and dyeability at high filling levels, Must disperse easily, Must enhance hardening, the structural properties of the final product, impact resistance, stability and resistance against ageing, Must protect against heating up due to its solidifying effect, Must prevent blocking on broken film surfaces, Must be scentless, tasteless and non-toxic.
Calcium carbonate CACO3 45% to 98% whiteness 80% to 95% lumps/boulder & fine powder 100% pure best export quality lumps supply per month 20,000/30,000 m/ton approximate & calcium carbonate Powder Mesh 400/600/800/1200 & Poultry feed Industry Gran 2 mm...
Calcium carbonate powder for industrial purpose
Calcium carbonate mud (carb-cake) is pressed, washed, and squeezed under pressure in fully automatic mud presses to reduce its sugar and moisture content, the produced press mud contains around 25% moisture (w/w) as measured by loss on drying (LOD). The resulting mud press looks like aggregates of small gravels thatâ??s composed of microcin sized crystals. The Flow characteristics of such aggregates are very poor and makes it difficult to fill the trailer of disposal truck which requires more journeys to dispose the whole quantity. Below are the physical and chemical properties of the produced wet carbo-cake Main Constituents in (wt%) SiO2 3.82 TiO2 0.03 Al2O3 0.9 Fe2O3 0.38 MgO 0.61 CaO 44.73 Na2O 0.22 K2O 0.2 P2O5 0.4 SO3 0.96 Cl 0.03 LOI at 550C 30 LOI at 1000C 48 Rb2O 0.001 MnO 0.019 NiO 0.005 CuO 0.012 ZnO 0.004 SrO 0.013 Dried Carbo-cake converts it into free-flowing powder with a bulk density of 1.1 and reduced weight in total resulting in reduction moisture to less than 5% and increasing its flowability characteristics Areas of application Concrete ready mix Filler in paper industry Filler in plastic manufacturing Filler in concrete mix to adjust some physical and chemical properties
Beschrijving Kalk CaCO3 Calciumcarbonaat, kalk, Stalstrooisel Grondverbeteraar voederkalk Matteringsmiddel Ook wel ' WHITING' genoemd. chemische samenstelling : Stof Percentage > 100% CaCO3 99,414 MgO 0,339 SiO2 0,138 Al2O3 0,059 Fe2O3 0,024 Sr 0,015 P2O5 0,011 Description Chalk CaCO3 Calcium carbonate, lime, Stable litter Soil improver feed lime Matting agent Also called 'WHITING'. chemical composition : Dust Percentage > 100% CaCO3 99.414 MgO 0.339 SiO2 0.138 Al2O3 0.059 Fe2O3 0.024 SR 0.015 P2O5 0.011 25 kg bags or 1250 big bags
Calcium carbonate powder 325 mesh is a finely ground form of calcium carbonate that passes through a 325-mesh screen, meaning it has a particle size of approximately 44 microns or smaller. This ultra-fine powder boasts a high purity level and various desirable properties, making it suitable for numerous applications across multiple industries. This article explores the key applications of calcium carbonate powder 325 mesh and highlights its importance in modern manufacturing and production processes. 1. Plastic Manufacturing One of the primary applications of calcium carbonate powder 325 mesh is in the plastic industry. It serves as a cost-effective filler that enhances the physical properties of plastic products. The fine particle size ensures uniform dispersion within the plastic matrix, improving: Mechanical Strength: Calcium carbonate enhances the tensile strength and rigidity of plastic materials, making them more durable. Surface Finish: Its fine texture provides a smooth surface finish, which is especially beneficial for consumer goods and packaging materials. Reduced Production Costs: Using calcium carbonate as a filler reduces the amount of polymer required, lowering overall material costs. 2. Paints and Coatings Calcium carbonate powder 325 mesh is widely used in the paints and coatings industry. Its applications include: Pigment: It acts as a white pigment that improves the opacity and brightness of paints. Filler: Calcium carbonate enhances the viscosity and texture of paint formulations, providing a smoother application. Cost Reduction: By substituting more expensive pigments and extenders with calcium carbonate, manufacturers can produce cost-effective paint products without compromising quality. 3. Rubber Industry In the rubber industry, calcium carbonate powder 325 mesh is utilized for its reinforcing properties. Key applications include: Filler: It improves the strength and elasticity of rubber products, such as tires, seals, and gaskets. Processing Aid: The powder aids in the processing of rubber compounds by improving flow and reducing viscosity, making it easier to mold and shape products. 4. Pharmaceuticals and Food Industry Calcium carbonate powder 325 mesh has significant applications in the pharmaceutical and food sectors: Calcium Supplement: It is used as a dietary supplement to provide essential calcium, crucial for bone health and development. Antacid: Calcium carbonate acts as an effective antacid for treating indigestion and heartburn. Food Additive: It is commonly used as a food additive (E170) to enhance nutritional content, improve texture, and serve as a pH regulator in various food products. 5. Agriculture In agriculture, calcium carbonate powder 325 mesh plays a vital role in soil management: 6. Soil Amendment: It is used to neutralize acidic soils, improving soil structure and fertility.
Calcium carbonate powder 325 mesh is a finely ground form of calcium carbonate that passes through a 325-mesh screen, meaning it has a particle size of approximately 44 microns or smaller. This ultra-fine powder boasts a high purity level and various desirable properties, making it suitable for numerous applications across multiple industries. This article explores the key applications of calcium carbonate powder 325 mesh and highlights its importance in modern manufacturing and production processes. 1. Plastic Manufacturing One of the primary applications of calcium carbonate powder 325 mesh is in the plastic industry. It serves as a cost-effective filler that enhances the physical properties of plastic products. The fine particle size ensures uniform dispersion within the plastic matrix, improving: Mechanical Strength: Calcium carbonate enhances the tensile strength and rigidity of plastic materials, making them more durable. Surface Finish: Its fine texture provides a smooth surface finish, which is especially beneficial for consumer goods and packaging materials. Reduced Production Costs: Using calcium carbonate as a filler reduces the amount of polymer required, lowering overall material costs. 2. Paints and Coatings Calcium carbonate powder 325 mesh is widely used in the paints and coatings industry. Its applications include: Pigment: It acts as a white pigment that improves the opacity and brightness of paints. Filler: Calcium carbonate enhances the viscosity and texture of paint formulations, providing a smoother application. Cost Reduction: By substituting more expensive pigments and extenders with calcium carbonate, manufacturers can produce cost-effective paint products without compromising quality. 3. Rubber Industry In the rubber industry, calcium carbonate powder 325 mesh is utilized for its reinforcing properties. Key applications include: Filler: It improves the strength and elasticity of rubber products, such as tires, seals, and gaskets. Processing Aid: The powder aids in the processing of rubber compounds by improving flow and reducing viscosity, making it easier to mold and shape products. 4. Pharmaceuticals and Food Industry Calcium carbonate powder 325 mesh has significant applications in the pharmaceutical and food sectors: Calcium Supplement: It is used as a dietary supplement to provide essential calcium, crucial for bone health and development. Antacid: Calcium carbonate acts as an effective antacid for treating indigestion and heartburn. Food Additive: It is commonly used as a food additive (E170) to enhance nutritional content, improve texture, and serve as a pH regulator in various food products. 5. Agriculture In agriculture, calcium carbonate powder 325 mesh plays a vital role in soil management: 6. Soil Amendment: It is used to neutralize acidic soils, improving soil structure and fertility.
