Sodium Carbonate - Soda ASH Light 99% purity CAS no : 497-19-8 White
Sodium carbonate (also named washing soda, soda ash and soda crystals, and in the monohydrate form as crystal carbonate), Na2CO3, is the water-soluble sodium salt of carbonic acid. Pure sodium carbonate is white, odorless powder that is hygroscopic (absorbs moisture from the air). It has a strongly alkaline taste, and forms a moderately basic solution in water. Soda Ash has number of uses. Glass manufacturing is the largest application for soda ash, in the form of containers, fiberglass insulation, commercial building, and automotive industries. Three grades of soda ash produced: 1. Dense Soda Ash: is an anhydrous substance. It forms an important industrial chemical, and widely used in the manufacture of different products. 2. Light Soda Ash: widely used as a pH regulator/ buffering agent in multiple industrial processes. 3. Washing soda: is an anhydrous substance that is produced by combining light soda ash along with additional molecules of water. It is used in soaps and washing detergents to improve their cleaning properties. Soda ash also used to clean the air and soften water. As environmental concerns grow, demand increases for soda ash used in the removal of sulfur dioxide and hydrochloric acid from stack gases. Chemical producers use soda ash as an intermediate to manufacture products that sweeten soft drinks (corn sweeteners), relieve physical discomfort (sodium bicarbonate) and improve foods and toiletries (phosphates).
Item Index high class Inspection result Total alkali(quality fraction of na2co3 dry basis)% 99.2 99.45 Nacl (quality fraction of nacl dry basis)% 0.7 0.50 Fe quality fraction(dry basis)% 0.0035 0.0009 Sulphate(quality fraction of so4 dry basis)% 0.03 0.007 Water insoluble matter % 0.03 0.005 Conclusion: high class Packing:In 25kg, 40kg, 1000kg Loading quantity: 21mt/20'fcl
Soda ash light , Sodium Carbonate Soda ash light 99.2%min. Appearance: white powder or fine crystals Total alkalinity (as Na2CO3 in dry base): 99.2% min. Chlorides (NaCl): 0.70%max. Sulphate (SO4): 0.03% max. Iron (Fe2O3): 0.004%max. Water insoluble matter: 0.04% max. Ignition loss: 0.8% max. Particle size 180um sieve Remaining: 70% min. Packing: In plastic woven bags of 25/40/50/750/1000kgs net each.
Commodity : Soda Ash Light / Dense Molecular formula:na2co3 Molecule weight:105.99 H.S Code:28362000 Cas: 497-19-8 Properties : white crystal powder, easily soluble in water, water solution is alkali. Easily absorbing moisture and co2 if exposing in the air. Applications: mainly used in glass-manufacturing, chemical industry, metallurgy, paper, dye, synthetic washes and petrochemistry. Packing :25kg/ 40kg/50kg/750kg pp woven bag with waterproof pe inner , two layers Specifications standard : gb210.1-2004 Items : specification First grade : specification Second grade Total alkalinity(as na2co3 in dry base) %99.2% min98.8% min Chloride content(as nacl) %0.7% max0.9% max Iron content(as fe in dry base) /%0.003% max0.0035% max Sulphate content(as so4 in dry base) /%0.03% max0.03% max Water insoluble matter /%0.03% max0.03% max Loss on ignition a/ %0.5% max0.5% max
Sodium Carbonate Soda Ash Potential Functions: Cosmetics & Pharmaceuticals Food Industrial & General Potential Functions: Anti Caking Agent Buffering Agent Leavening Agent Raising Agent Stabilizer Potential Applications: Adhesives Fertilizer Seasonings Bakery Health Care Skin Care Cereals Metal Finishing Snack Foods Cleaning Chemicals Oral Care Water Treatment Confectionary Personal Care Dairy Ready Meals
True specific gravity 2.533 (20�°C), bulk density 0.90min. Easily soluble in water, Maximum solubility at 35.4�°C. The aqueous solution appears strong alkalinity. On exposure to air it easily absorbs moisture, carbon dioxide, and gradually forms sodium bicarbonate (caking soda). Usage: 1.The manufacture of glass is one of the most important uses of sodium carbonate. When it is combined with silica (SiO2) and calcium carbonate (CaCO3) and heated to very high temperatures, then cooled very rapidly, glass is produced. This type of glass is known as soda lime glass. 2. Soda ash also is used to clean the air and soften water. 3. Manufacture of Caustic Soda and dyestuffs 4. metallurgy (processing of steel and extraction of iron etc), 5. (flat glass, sanitary pottery) 6. national defense (TNT manufacturing, 60% gelatin-type dynamite ) and some other aspects, such as rock oil refining, paper manufacturing, paint, salt refining, softening of hard water, soap, medicine , food and so on.
Soda ash light is very well suited for detergent and chemical applications. Sodium carbonate (Na2CO3) is widely used as an alkaline support and for pH regulation. It is also commonly used as a source of sodium and for water softening applications. Usage: Paper-manufacturing, textile, dyeing, synthetic detergent, soap, tiles, ceramics and glazes. Packing: 50kg bags, 1250kg jumbo bags. Items Specification Sodium Carbonate (Na2Co3) %: Min 99.2 Chloride in terms of (NACL) %: Max 0.4 Iron (Fe+2) %: Max 0.002 Insoluble in water %: Max 0.1 Bulk Density, gr/cm3: 0.55- 0.65 Na2o %: Max 58 Particle Size 180UM Sieve Remaining: 70% Min
Product Description: Our Sodium Ash Light is a high-quality chemical compound consisting of sodium carbonate (Na2CO3), sodium hydroxide (NaOH), and sodium bicarbonate (NaHCO3). Stored under controlled temperatures, it is a reliable and stable product. Use Case Scenarios Industrially: Glass Manufacturing: Sodium Ash Light acts as a flux, aiding in impurity removal and lowering the melting point of silica. Detergent Production: It serves as a pH regulator and water softener, enhancing detergent efficiency. Chemical Synthesis: Sodium Ash Light is a vital reagent in various chemical synthesis processes. Metallurgical Applications: It helps remove impurities and control pH levels in metal refining and smelting. pH Control and Water Treatment: Sodium Ash Light adjusts pH levels and softens hard water. Contact us for competitive pricing and prompt delivery of our Sodium Ash Light. Trust us as your reliable supplier for all your chemical needs.