"*Power 900-1100W; 220-240V 50/60Hz *70ml water tank *Soleplate with ceramic coating *Burst of steam-vertical steaming *Dry ironing *Variable temperature settings *Detachable attachment with 2 brushes *Manual steam supply *Over-heat protection *Power indicator
"*Dry Ironing Function *Steam Function *Powerful burst steam Function *Folden Handle *Adjustable Teperature Control *Overheat Safety Protection *Indicate Light *230V 50Hz 1000W *Ceramic Coating Soleplate *Water Tank Capacity: 75ML *Steam Capacity:8~15g/mins *Burst Steam: 0.4~0.8g/shot
"*Power 1400-1600W; 220-240V,50/60HZ *Ready in 1 min. steam of 30g/min *Steam flow regulator *Vertical steam *Refresh and deodorize *Water tank 1.5L *Extra-large head *Autonomy 50 min. *Removable tank *Stand with double rod and hanger *Accessory: brush for thick fabrics and clamp
Iron ore with Fe Content 45-50% (on delivery terms of FOB Black Sea) Iron ore with Fe Content 55-59% (on delivery terms of FOB Black Sea) Test report of iron-containing raw materials No.1: Fe total - 46,21%, Fe2O3 - 65,2%, SiO2 - 31,98%, Al2O3 - 0,92%, P - 0,043%, FeO - 0,77%, CaO - 0,14%, MgO - 0,21%, TiO2 - 0,033%, MnO - 0,009%, S - 0,027%, Insoluble residue - 0,93%. No.2: Fe total - 50,56 %, Fe2O3 - 71,28%, SiO2 - 25,6%, Al2O3 - 1,05%, P - 0,039%, FeO - 0,90%, CaO - 0,17%, MgO - 0,14%, , TiO2 - 0,038%, MnO - 0,016%, S - 0,025%, Insoluble residue - 0,98%. No.3: Fe total - 55,49 %, Fe2O3 - 78,33%, SiO2 - 18,98%, Al2O3 - 0,80%, P - 0,045%, FeO - 0,90%, CaO - 0,13%, MgO - 0,21%, , TiO2 - 0,030%, MnO - 0,013%, S - 0,012%, Insoluble residue - 0,82%. No.4: Fe total - 59,84 %, Fe2O3 - 84,83%, SiO2 - 12,96%, Al2O3 - 0,65%, P - 0,055%, FeO - 0,64%, CaO - 0,11%, MgO - 0,17%, , TiO2 - 0,029%, MnO - 0,011%, S - 0,009%, Insoluble residue - 0,76%. Note: the chemical composition is given for reference and is not defective, with the exception of iron and is given for information.Iron ore from Ukraine with Fe content 59%. Fe total - 59,54%, Fe2O3 - 84,33%, SiO2 - 12,9%, Al2O3 - 1,01%, P - 0,012%, FeO - 0,71%, CaO - 0,14%, MgO - 0,22%, TiO2 - 0,035%, MnO - 0,025%, S - 0,01%, insoluble residue - 0,87%. Iron ore from Ukraine with Fe content 57%. Fe total - 57,3%, Fe2O3 - 79,9%, SiO2 - 15,0%, Al2O3 - 1,34%, P - 0,027%, FeO - 1,81%, CaO - 0,17%, MgO - 0,27%, TiO2 - 0,056%, MnO - 0,037%, S - 0,013%, insoluble residue - 1,81%. Note: the chemical composition is given for reference and is not defective, with the exception of iron and is given for information.
1. Sinter ore for a metallurgical plant. Specifications: Quantity : min 3 000 tons/month. Delivery conditions : FCA, DAP, FOB, EXW Fraction : 0-10 mm. Sinter ore with Fe Content 45-50% (on delivery terms of FOB Black Sea) Sinter ore with Fe Content 55-59% (on delivery terms of FOB Black Sea) Test report of iron-containing raw materials No.1: Fe total - 46,21%, Fe2O3 - 65,2%, SiO2 - 31,98%, Al2O3 - 0,92%, P - 0,043%, FeO - 0,77%, CaO - 0,14%, MgO - 0,21%, TiO2 - 0,033%, MnO - 0,009%, S - 0,027%, Insoluble residue - 0,93%. No.2: Fe total - 50,56 %, Fe2O3 - 71,28%, SiO2 - 25,6%, Al2O3 - 1,05%, P - 0,039%, FeO - 0,90%, CaO - 0,17%, MgO - 0,14%, , TiO2 - 0,038%, MnO - 0,016%, S - 0,025%, Insoluble residue - 0,98%. No.3: Fe total - 55,49 %, Fe2O3 - 78,33%, SiO2 - 18,98%, Al2O3 - 0,80%, P - 0,045%, FeO - 0,90%, CaO - 0,13%, MgO - 0,21%, , TiO2 - 0,030%, MnO - 0,013%, S - 0,012%, Insoluble residue - 0,82%. No.3: Fe total - 59,84 %, Fe2O3 - 84,83%, SiO2 - 12,96%, Al2O3 - 0,65%, P - 0,055%, FeO - 0,64%, CaO - 0,11%, MgO - 0,17%, , TiO2 - 0,029%, MnO - 0,011%, S - 0,009%, Insoluble residue - 0,76%. Note: the chemical composition is given for reference and is not defective, with the exception of iron and is given for information.
We have iron ore from several sites with several characteristics from 57% up to 80% depending on the customer's choice with quantities that can reach 5 million tons per year.
Commodity: iron ore. Price: up to 90$ Quantity:40,000 MT in 2 minings 20,000 mts each one Total capacity 40,000 mts Delivery: DAP Alashankou MOQ: 1'000 Mts Trial order: possible spot deal (MOQ 20.000 MTs) -Origin: Kazakhstan. Technical specification: -The Fe content must be at least 50%, if the content is less than the price recalculation will be as follows: - 1% = - 1% USD. -SiO2 content must be less than 15%, if more than 15% of the product is considered inappropriate and the price is negotiated separately. -The sulfur (S) content should be less than 0.65% and the phosphorus (P) content should be less than 0.04%. -Fraction size: 0 - 10 mm.
Production Iron Ore 300.000tun
Hello we can supply iron ore quality of your choice at a competitive price. Origin: Nigeria Quantity: 100000 MT per month Loading port : Lagos Nigeria Price: negotiable and competitive Grade and specification: Certificate and Analysis sheet will sent when LOI from buyer company is officially sent
I'm looking for a supplier of iron ore(Owner - mines). Product: Iron Ore (Fine type) Specifications: 62-64% Quantity: 3,000,000 tons per year. Purchase only - FOB ASWP. Target price 70\75$ per tons.
Iron is the main and most abundant element of the earth's core at around 88.8%. Our prices are extremely competitive as our high-quality Iron Ore is directly from mines in Africa, thereby more profit for your steel business. Price: (USD) Negotiable Iron content: 65% and above Payment: LC Quantity: 2,000,000 MT per month Size : Lumps or crushed Packaging: Direct load on to Bulk carrier Loading Time: Within 30 days upon receipt of LC confirmation For other details please approach us with end Buyers LOI and company profile.
Iron oxide (Fe3O4) synthetic magnetite / Triiron tetraoxide / Iron (II,III) Oxide Purity Fe3O4 98,5 % Paricle size: 20-30 nm Colour: black
Fe %75 O %25 Fe %95 O %5 Waste Iron powder oxide
Iron Oxide (micronized) Fe2O3>98% guaranteed (Average results Fe2O3>99%)
Cold Briquetted Iron (CBI) is defined as DRI which has been molded at a temperature less than 650 �°C or with a density of less than 5000 kg/m3. Due to the raw material sharp shortage for steelmaking in many countries worldwide, a need arises to find a substitute material to replace the rare pig iron and expensive steel scraps that were used by steelmaking plants. 1- More density and less porosity The apparent density of CBI is about 8.3 grams per cubic centimeter and the density of DRI is about 2.3 grams per cubic centimeter. On the other hand, the volumetric porosity of these two products is about 30 and 50%, respectively. These two factors reduce the environmental reactivity of CBIC and its lower transportation costs. 2- Less fine The wear resistance and higher mechanical strength of CBI compared to sponge iron causes less softening to occur during the handling of the product, and as a result, both the economic value of the product is prevented and the charge losses of the product in the steelmaking furnace are prevented. is significantly reduced. 3- Easier to store and carry Due to the lower reactivity of CBI compared to DRI, the loss of metal grade of the product during storage and transportation is significantly reduced, which will reduce the amount of economic value loss of the product from the time of production to the time of use in the steelmaking furnace. On the other hand, sea transportation of CBI leads to a reduction in transportation costs compared to DRI due to the absence of the need to apply neutral gas to prevent product activation. 4- More thermal and electrical conductivity The thermal and electrical conductivity of CBI is about 2 times that of DRI. This higher conductivity of CBI improves the distribution of heat created in the steelmaking furnace and, as a result, accelerates the melting process of iron materials. This will mean reducing the melting time of the steelmaking process and improving the production capacity of the steelmaking unit. 5- Carbon adjustment The presence of carbon in steelmaking furnaces is necessary in order to provide carbon for the final steel product, prevent excessive losses of iron, and also regulate the physical and chemical conditions of the slag. Usually, induction furnaces require low-carbon iron materials, but in electric arc furnaces, high-carbon iron materials are more attractive. The unique feature of CBI product is the ability to adjust its carbon content in the range of 0.5 to 4% by weight and based on the needs of customers.
Iron Oxide Concentrate Fines T.Fe 64-65% Fe2O3 92%> 60.000 WMT available in Iskenderun,Turkiye Turkiye Origin
Ironing Board with Adjustable Height Mechanism Heat Resistant Cotton Cover Monoblock Metal Base Non Slip Legs
Steel And Cast Iron Scrap Cast iron alloy scrap price 270 Euro exw
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in colour from dark grey, bright yellow, or deep purple to rusty red. The iron itself is usually found in the form of magnetite, hematite, goethite, limonite or siderite. The primary use of iron ore is in the production of iron. Most of the iron produced is then used to make steel. Steel is used to make automobiles, locomotives, ships, beams used in buildings, furniture, paper clips, tools, reinforcing rods for concrete, bicycles, and thousands of other item
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in color from dark grey, bright yellow, deep purple, to rusty red. The iron itself is usually found in the form of magnetite (Fe3O4), hematite (Fe2O3), goethite (FeO(OH)), limonite (FeO(OH).n(H2O)) or siderite (FeCO3). Hematite is also known as "natural ore". The name refers to the early years of mining, when certain hematite ores contained 66% iron and could be fed directly into iron making blast
