Iron-silicate fines specification
1. Chemical composition [on dry basis]
Element
Fe typical
46.00 % range
(44· 48 %) sio2 27.00 % (26· 28 %) al2o3 3.20 % (2.7· 3.7 %) cao 1.80 % (1.3· 2.5 %) mgo 0.70 % (0.6· 1.1 %) zn 1.50 % (0.9· 2.8 %) cu 0.42 % (0.36· 0.48 %) s 0.36 % (0.25· 0.55 %) as 0.05 % (0.03· 0.09 %) cl 0.004 % (0.0019· 0.0075) %) c 0.019 % (0.008· 0.043 %) 2. Moisture typical 10%
3. Mineralogical and phase characteristics
Iron minerals: magnetite (14· 28 %), iron silicates such as fayalite and piroxene. Iron phases: fe (ii) 32· 38 % and fe (iii) 8·14 %. Silica minerals: silica is presented as free quartz, iron and other silicates. Copper minerals: copper is presented in all forms.
4. Grain size distribution
Percentage grain size
0 % > 200 micron < 10 % 200· 71 micron < 25 % 71· 40 micron < 25 % 40· 20 micron > 50 % < 20 micron
5. Physical properties
Specific density: approx. 3.8 g/cm bulk density: approx. 2.4 g/cm color: anthracite / grey-black appearance: fines
Supplier: Petroleum products like en 590 grade 10 ppm, jet fuel a1 grade, lsdo, fuels for automobiles, fertilizers like urea 46, npk, all types of phosphates, potassium and nitrogen. iron ore hematite and magnatite grades 62%, 65.5%, 68% and 72% fe grades in fines and lumps. hms scrap 1&2; rail scrap r 50 r 65 grades.
Supplier: Deals in activated carbon powder, granular activated carbon, sawdust, wood sawdust, biomass briquettes, white coal, iron ore, laterite, spices, raw salt, refined salt, bleaching earth, mill scale, hms scrap, low ash metallurgical coke, marine gypsum, silica sand,silica flour,quartz, hematite powder, bentonite powder, china clay, quartz sand, fly ash, kaolin clay.indonesian coal, South African coal, coke fines, ground granulated blast furnace slag ,coal based activated carbon,zinc ash,zinc dust,zinc,coal dust,earthing coal,coke breeze,talc powder,dolochar,gypsum powder, plaster of pairs, aggregate, marine gypsum, gypsum powder, pop & coke fines, washed marine gypsum,quartz powder excavator
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Iron oxides are widely used as inexpensive, durable pigments in paints, coatings and colored concretes. Product Origin : Merco W.L.L Bahrain Actual Chemical Analysis Results : Actual results tested by a competent laboratory on sample taken at load port with the following findings Specifications Results Fe 66.40 PCT FeO 13.12 PCT Sio2 2.79 PCT CaO 1.27PCT Al2O3 0.49 PCT P 0..32 PCT S 0.035 PCT CaO : Sio2 0.46 Moisture 0.12 PCT Size 0-3 MM 37.20 PCT 3-5MM 26.60 PCT 5-10MM 36.20 PCT
We can supply & export to international customers STPP SODIUM TRIPOLYPHOSPHATE for Caramic industries & factories & also we can export Potassium Feldspar Sodium Feldspar & Kaolin as well. pls send us your enquiries if you want to procure quality materials from our company Thank you !
Magnesium Citrate, E345, CAS no.7779-25-1, the Magnesium salt of Citric Acid, white powder, soluble in water. Magnesium Citrate manufacturing process via chemical synthesis, magnesium carbonate and citric acid as raw materials. Along with other citrics, such as Sodium Citrate, Calcium Citrate and Potassium Citrate, used as acidity regulator and preservative in food and beverage. Magnesium Citrate is also a source of magnesium used in food, beverage, and in nutritional supplement applications. Magnesium Citrate also used as a pore cleanser in skin care products and a fertilizer in plant food. As an experienced Magnesium Citrate manufacturer and supplier, we has been supplying and exporting Magnesium Citrate for almost 10 years, please be assured to buy from us. Any inquiries about price and the market trend please feel free to contact us, we will reply you within 1 working day. Magnesium Citrate powder Specification Appearance White or almost white, fine, slightly hygroscopic powder Solubility Soluble in water, practically insoluble in ethanol (96 %). It dissolves in dil. HCl. Identification : A. Reaction of citrates B. Reaction of magnesium C. pH D. Loss on drying Shall pass the test Shall pass the test 7.0 â?? 8.5 Max. 3.5 % Appearance of solution Clear and not more intensely coloured than reference solutions Y7 or BY6 pH 6.0 8.5 Oxalates Max. 280 ppm Sulphates Max. 0.2 % Calcium Max. 0.2 % Iron Max. 100 ppm Heavy metals Max. 10 ppm Loss on drying Max. 3.5 % Assay as Magnesium (On dried substance) 15.0 % 16.5 %
We Export Mill Scale at most affordable prices across the country. Our skilled labour maintain the quality as per International Standards. Our Finest & Superior Quality Exist in 68% to 71% Fe. Specification: Iron (Fe) Min - 68% Silica (SiO2) Max - 3% Aluminia (Al2O3) - 0.75% Phosphorus (P) - 0.08% Sulphur (S)- 0.08% Moisture - 2%
Silicate iron Nickel ore: Proven reserves of 20 Mio. Mt (Ni up to 1,1 % Fe 17 -25 % )
Pozzolan is a siliceous or siliceous and aluminous material that in itself possesses little or no cementitious value but will, in finely divided form and in the presence of moisture, chemically react with calcium hydroxide at ordinary temperatures to form compounds having cementitious properties. It is therefore classified as a cementitious material. There are both natural and artificial pozzolans. The quantification of the capacity of a pozzolan to react with calcium hydroxide and water is given by measuring its pozzolanic activity.
During Hindalco's copper production process, by-products such as sulphuric acid and copper slag are formed. Sulphuric acid is partly converted into phosphoric acid, which is then made to react with ammonia to make di-ammonium phosphate (DAP) fertiliser. During the process of making phosphoric acid, phosphogypsum and hydrofluosilicic acid (HFA) are formed. HFA is partly utilised to make aluminium fluoride, and rest is sold in the market. Sulphuric acid Hindalco produces sulphuric acid of IS 266/1993 technical grade. The sulphuric acid plants use the double contact double absorption (DCDA) process, and are designed by Monsanto Envirochem (USA). Phosphoric acid Hindalco's phosphoric acid plant is based on the Prayon Mark IV dihydrate technology provided by SNC Lavalin (Belgium). Phosphogypsum Phosphogypsum is a by-product of Hindalco's phosphoric acid plant. Copper slag (iron silicate) Copper slag is produced during the smelting process at Hindalco's copper smelter located at Dahej. Aluminium fluoride Hindalco produces aluminium fluoride by reacting HFA (a by-product of the phosphoric acid plant) with aluminium hydroxide (from Hindalco's aluminium manufacturing facilities).
