Iron Oxide Black 330 Color Index: Pigment Black 11 C.I. No.: 77499 CAS No.:12227-89-3 EINECS NO.:235-442-5 Molecular Formula: Fe3O4 Molecular Weight: 231.54 Iron Oxide Black 330 Properties Ferro ferric oxide, chemical formula Fe3O4. Commonly known as the iron oxide black, magnets, magnet, black iron, with the black crystal magnetic, so it is also called magnetic iron oxide. Redone Impex Iron Oxide Black 330 is a common iron oxide pigment used in developing building materials, paints, rubber, asphalt, sports racetracks, paper, plastic and others.
Iron Oxide has various commercial uses such as iron ores, catalysts, pigments in dental composites; pigments in paints, coatings, colored concentrates. The magnetic properties of iron oxides have been exploited in a broad range of applications including magnetic seals and inks, magnetic recording media, catalysts, and ferrofluids. The steel and iron industries utilize iron oxide as a feedstock to mass produce iron, steel and other alloys. Sales Specification Brown Powder (combination of yellow and red) Relative Coloring powder (compared with the standard): 98% min Volatile matter @ 105C: 2.5 max Water soluble matter: 0.2% max Residue on 45um mesh: 0.5% max PH of water suspension: 7-9 Oil absorption g/100g: 30-35 Total iron-oxide: 90.0% min Oil resistance: 5 grade Water resistance: 5 grade Alkaline resistance: 5 grade Acid resistance: 5 grade Solvent resistance (alcohol resistance methylbenzene resistance): 5 grade UV absorption: 85% min Quality Standard Meet the standard of USP and European Pharmaceutical standard. Packing 50 LB paper bag.
Bentonite as is a particular kind of clay derived from volcanic ash and consists mainly of montmorillonite with minor amount of illite, kaolinite, cristobalite and other minerals. Bentonite has strong colloidal properties and, when in contact with water, increases its volume several fold by swelling, forming a tixotropic, gelatinous substance. Main uses of Bentonite take advantage of these colloidal properties. The main characteristics of Bentonite is its decolorizing power, that is the property of the earth to absorb selectively certain pigments rather than others according to the characteristics of the product to be decolourized(acidity, oxidation degree, origin and biological state etc.) APPLICATIONS For Drilling Fluids Pilling Binder (e.g. foundry-sand bond, iron ore pelletizer) Purifier Electrical Earthing Agriculture Cosmetics, Paper, Paints and Ceramics Absorbent (e.g. pet litter), and As a Groundwater Barrier. We CEMENTATION acquire own mines for Bentonite in India. We supply Bentonite for industrial, manufacturing, construction and drilling applications. Our production or supply capacity is more than 250,000 TPA. At CEMENTATION a special attention is given while mining Bentonite as the materials physical and chemical properties are depended upon the interference of the other metal ions present in the soil. Once the material sourced from mines are transferred to our factory and are left for drying in an open land to reduce moisture up to the desired level. After the drying process and other checks are done our skilled manpower will do a sorting of the material and then after the material goes to pulverizes for grinding to desired mesh size and are packed according to customers requirement. Our laboratories are well equipped to meet the needs of the diverse markets we serve.
Zinc oxide is a versatile inorganic compound widely recognized for its numerous industrial and consumer applications. It is primarily known for its use as a white pigment in paints, sunscreens, and cosmetics, owing to its excellent UV-blocking properties and opacity. In addition to its role in pigmentation and sun protection, zinc oxide is utilized in the rubber and ceramics industries as a reinforcing agent and in the manufacturing of various chemical products, including zinc-based chemicals and pharmaceuticals. Its versatility, non-toxic nature, and ability to offer both aesthetic and functional benefits make zinc oxide a valuable and widely used compound in diverse fields.