Chlorine dioxide.
Titanium-dioxide-rutile.
Hydrogen peroxide (50%), chlorinated paraffin wax (52%), liquid chlorine.
Hydrogen peroxide 50% & 60%, caustic soda flakes, liquid chlorine 99.5%.
Hydrogen peroxide, sodium hydroxide (caustic soda flakes, lye), liquid chlorine.
Alum, liquid chlorine, polymer, lime etc..
Titanium Dioxide Rutile.
Hydrogen peroxide (50%), chlorinated paraffin wax (52%), liquid chlorine.
Chlorine, hydrochloric acid, sodium hypo chloride.
Titanium Dioxide And Lithopone.
Titanium Dioxide And Calcium Carbonate.
Hydrogen peroxide, caustic soda, liquid chlorine.
Caustic Soda (Flake) ,Caustic Soda (Liquid) Bleaching Powder, Bleaching Fine, Sodium Hypochlorite, Liquid Chlorine And Hydrochloric Acid (hcl) .
Carbon black N330, red oxide, black oxide, yellow oxide, titanium dioxide, calcium carbonate.Manufacturer, export-import
Face mask including surgical masks, N95, KN 95, FPP2, hand gloves, PPE non woven and reusable, liquid chlorine or liquid bleach, bitumen, clinker, cotton, wheat, sugar, aggregate, ethanol, methanol, silica sand, naptha, industrial kerosene.Trade services
Hydrated Lime, Quick Lime, Slaked Lime, Burned Lime, Calcium Oxide & Calcium Carbonate Powder, Calcium Hydroxide.
Commodity: Icumsa 45 Sugar Goods Specifications: Polarization: 99, 80% min - Moisture: 0, 04% max by weight - Ash content: 0, 04% max by weight - ICUMSA Rating: ICUMSA 45 RBU attenuation index (method #. 4 - Solubility: 100% dry & free flowing - Magnetic particles: 4 Mg / kg - SO2: 20 Mg/ Kg Max. - Color: Sparkling White - Table Grade: Standard -Granulation: fine standard Commodity: Icumsa150 Sugar Goods Specifications:Brazilian White Crystal Sugar; Polarization 99.70 degree min; Ash Content0.08 % max; Moisture0.08% max; Radiation; within internationally; acceptable limits; Sediments None; Smell Free from unusual or abnormal smells; Substance StructureWhite Crystalline Commodity: Icumsa600 to 1200 Sugar - VHP Goods Specifications:Polarization 97.8 degree to 99.2 degree; Ash Content0.15 % max Solubility 95%; free flowing; ColorBrown; RadiationWithin internationally acceptable limits; Granulation 0.6 mm of regular square (medium size); Moisture0.15% maxMagnetic Particles10 MG/K; So2120 MG/K; Sulphur Dioxide 60 MG/K MIN; SmellFree from unusual or abnormal smells; Reducing Sugar 0.05% MAX by weight; HPN Staph Aureus; NIL; MAX AS 1 P.P.M; MAX PS;2 P.P.M; MAX CU3 P.P.M; Substance Structure;Solid Brown Crystal
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.
What is Ceramic Body Binder? Binders are glues that harden ceramic powders as they dry. They enable to improve surface adherence and slower drying. Mainly Binders are substances that improve the mechanical strength of green ceramic bodies so they can pass through production steps before firing and without breakage. What are the Purposes of using Ceramic Body Binder? Binders are basically glue, they are designed to harden and strengthen bodies and glazes as they dry. Ceramic Powders containing binders can exhibit remarkable surface adherence and durability on drying. Ceramic Powders containing binders can exhibit remarkable surface adherence and durability on drying. Binders are specially important in glazes, bonding them to even dense bisque surfaces. Specifications of Ceramic Body Binder Chemical Analysis Percentage Physical Properties Test Result SiO 54.79 ±5% Aggregation Powder AlO 9.98 ±5% Odour Odourless FeO 0.66 ±5% Colour White Na2O 0.88±5% PH (at Conc) 500 CaO 1.10 ±5% Boiling Point Not Applicable MgO 1.23 ±5% Flammability Not Applicable Loss (1025 ) 29.01 �±5% Explosiveness Not Applicable What are the Functions of Binders in Ceramic Processing? In many cases, Binders addition to bodies are essential. Binders are used in ceramic industries to provide green strength so that the body will simply maintain its shape until it is sintered. In many cases, the green ceramic body has to be machined, inspected, stored and placed onto setters for firing, often by workers who are not perfectly careful, so considerable strength would have to be provided by the binder. What are the Negative Effects of Using a Ceramic Binder? Binders come at a cost. They can be very expensive. They slow down drying. They make slurries messy & difficult to process and handle. Cleanup is much more difficult. They generate carbon dioxide as they decompose during firing. In some industries like tiles, binders are avoided where possible or carefully chosen and monitored
Potato flakes Free flowing potato flakes are produced from good quality potatoes after washing, peeling, inspection, slicing, precooking, cooling, cooking, drying and flaking to provide the size specification of the customer. The Size of the Potatoes been used is between 40 and 90 MM Dry Matter Content > 20% Foreign Material: Free of Foreign Material. Storage Temperature: 4-6 Degrees Celsius Flakes: Flakes are produced according to the specification of the client. Mostly the specifications of Standard Flakes are more or less the same over the world. Color: Normal Potato color Taste: Normal Potato Taste Texture: Not Slimy Not Sticky Reconstitution: When 100 GR. of whole flakes are reconstituted by hand stirring in 570 ml water at a temperature of 75 degree C, the product shall be non-glutinous, fluffy mass, resembling mashed potatoes and possessing the characteristic flavor of potatoes. Odor: Characteristic of Potatoes, free from typical odor. Flavor: Characteristic of Potatoes, free from taint. Defects: Black Points : 10 per 100 Gram Max Wet points : None Hard points : 15 per 100 Gram Max Additives/Chemical Characteristics: Moisture : 6% - 9% Monoglyceride emulsifier : 0.5% Max Sodium Pyrophosphate (% appr.) : 200 PPM Citric Acid Monoglyceride : 125 PPM Sulfur Dioxide (ppm appr.) : 100 PPM Antioxidant (ppm appr.) : 25 PPM Granulometri: Flaker with 6 MM Sieve > 2 MM : 57% Max < 2 and >1 MM : 32% Max < 1 MM : 11% Max Density: Flaker with 6 MM Sieve: circa 210 Gram / liter Stability: 120-140 MM Reducing Sugars: < 3% (Luft- Schoorl Method) Viscosity: Mpas/s (Brookfield Method) Particle Size: > 1000mu : 0% > 75 mu : 90% Bulk density : 65ªgr./1= 20gr./1 Metal detection: Metal detection is carried out on each bag of finished product. Microbiological Standards: Counter Plate : max. 10,000 Coliform :
