This Cast Iron slag is a by-product derived from the production of thermal insulating products. The byproduct is a ferrous slag which can be utilised in an electric arc furnace to produce crude steel.
Physical Description
On visual inspection, it appears to be made up of irregular shapes. Dimension: 500mm -800mm
Chemical Composition
Its chemical composition is homogeneous and stable with Fe contents in the range of 90 +/- 5% and P contents < 0.6% S around 0.15% and C% around 3.5%.
Packing: Loose in container
Loading: in 20 Container
For further information, please feel free to contact us.
Raw melting material - aluminum scraps, cans, engine waste etc.
Output capacity - 5-30 tons/h, customized
Automation - Full automatic/ half automatic (based on output requirement and investment budget
Ingot type - ADC12 (7.5kg/ 10kg / customized)
1. After cleaning the oil and grease of waste aluminum, manually put it into the furnace with a forklift;
2. Ignition for melting furnace .Heat up to 680C, and input appropriate proportion of alloy elements. Heat up to 800C, melt and stir evenly, then fetch samples to the spectrometer for testing.
Every lot of production need to do testing .
3. Put A tool that attracts iron into the furnace by forklift, to suck away the iron in the aluminum water.
4. Put the slag agent into Alu liquid to remove the slag. After slag removed , put the slags into Aluminum ash separation machine , and let the aluminum water and ash separate. The proportion of slag agent and aluminum liquid is 1:500
5.Open the drain valve and the aluminum water flows automatically to the ingot production line After the ingot casting is completed, the ingot stacking robot will stack the ingots, which means the production is completed.
GGBS is a low-carbon hydraulic binder produced using a circular economy.
GGBS is an acronym for Ground Granulated Blast Furnace Slag, a by-product from the manufacture of Iron.
GGBS is an industrial by product that is diverted from landfill and up cycled into a commodity product. On exiting the iron processing system, molten blast furnace slag is rapidly quenched with water to form Granulated Blast furnace Slag (GBS). GGBS is produced by drying and grinding the GBS at normal cement Ball or VRM mills.
GGBS increases strength and durability, it is resistant to sulphates and chlorates, has an aesthetical appearance, providing a lighter shade and a superior finish.
A life cycle analysis of our GGBS has shown that it has a very low-carbon production process. it is currently the best low-carbon solution available on the market as a replacement for cement in concrete and other construction materials.
(GGBS) is a high-performance alternative to traditional cement that will increase the technical performance of concrete application, improve its appearance and minimize its environmental impact.
GGBS is used in combination with Portland cement to produce superior longer lasting concrete. A replacement rate of up to 70% is permitted by I.S EN 206-1.
Plate Iron Scrap is a material that a visual inspection appears of regular shape. This by-product is formed after slag processing in electrometallurgical furnaces.
Its chemical composition is homogeneous and stable with about Fe 90% and P around 1.4%, S 0.8% and C 1.4%.
The max weight of each pieces is up to 1 ton.
The material can be loaded loose in 20 heavy duty container.
Crushed stone from blast-furnace and steelmaking slag for general construction works, fractions: over (from) 3 to 10 mm incl., from 10 to 20 mm incl., from 20-40 mm incl., from 40 to 70 mm incl., from 70 to 300 mm, DKPP code 08.12.13 (State Classifier of Goods and Services)
Steel plates is a material that a visual inspection appears of regular shape. This by-product is formed after slag processing in electrometallurgical furnaces.
Its chemical composition is homogeneous and stable with about Fe 98%, Mn 0.99%, Cu 0.45%, Ni 0.18%, Cr. 0.06%
The max weight of each pieces is up to 1 ton.
The material can be loaded loose in 20 heavy duty container.
Crushed stone from blast-furnace and steelmaking slag for general construction works, fractions: over (from) 3 to 10 mm incl., from 10 to 20 mm incl., from 20-40 mm incl., from 40 to 70 mm incl., from 70 to 300 mm, DKPP code 08.12.13 (State Classifier of Goods and Services)
the ordinary product cement is coming in different grades with strength varied from 22.5 N to 52.5 N. different types as CEMI, CEMII, CEMV. followed the European, American standard. as carbon emission the world focusing currently on blended cement type especially CEMII types which cover the required strength from 32.5 MPa to 42.5 MPa, with different types of additives like limestone, slag. as major we are agent for cement manufactures in T�¼rkiye, Algeria, Egypt, Oman, KSA we can supply different types of gray / white cement.
Description
1. High purity (Sn99.99 Sn99.95 Sn99.90), excellent weldability, good infiltration.
2. Clean, beautiful. After welding, insulation, high resistance, low ionic contamination, PCB board welding residual minimal.
3. Good oxidation resistance, low tin slag and cost savings.
4. Solder joint is bright, full and uniform.
5. Economical and can produce the lowest consumption of the solid solder joints.
Application
Tin ingot is widely used as a coating material in High precision electronic Products, and other requirments of precision welding products, general electronics, food industry packaging, automotive and electrical industry, and hightemperature resistant products.
Leads
Composition structure
1. There must be no molten slag, particulate oxygen, inclusions and external pollution on the surface of lead ingots.
2. Lead ingots must not have cold partitions, and must not have flash burrs larger than 10mm (repairing is allowed).
Sign
1. Each lead ingot will be cast or printed with the trademark and batch number.
2. Use paint that is not easy to fall off to mark the brand mark on the lead ingot. The color and position of the mark should meet the requirements.
3. Each bundle of lead ingots should have a striking and difficult to fall off mark, indicating the manufacturer's name, product name, brand number, batch number and net weight.
Single weight of small ingot
48kg�±3kg,42kg�±2kg,40kg�±2kg,24kg�±1kg;
Single weight of large ingot
950 kg�±50kg,500 kg�±25kg
Package
The small ingots are bundled and packed with non-corrosive packaging tape. Large ingots are supplied as bare ingots
OPC clinker is main product in manufacturing of the CEM I & CEM II and all cements product with different strength category starting from 22.4 Mpas up to 52.5. with early strength starting from 10 mega pascal for normal type or more than 20 mega pascals for rapid type. the main parameters of the clinker that's controlling the strength and quality properties are C3S that's varied between 56 to 60 % and C3A that's between 4to 8%. we are agent for manufactures from Turkiye , Egypt, Algeria, Oman Sultanate, Saudi Arabia and Pakistan.
The material is loose steel scrap processed through an incinerating plant for domestic waste followed by magnetic separation, fragmentized into pieces and consisting partly of tin coated steel cans.
At a visual inspection, the material is fragmentized, with iron and steel parts, resulting partly cut or in shredded form.
The stock appears heterogeneous and contains all kind of cut or dismantled steel parts such as sheets, bars, frames, wires, bolts and other iron/steel household residues.
The incinerated scrap is eventually oxidized, due to the thermal and cooling treatments, that the material has been submitted to. The burnt scrap also contains minor slag parts, ash and iron oxide, due to the recovery process.
Such components are inherent and adhere to the scrap surface. The total impurities, can be sorted, but not fully removed.
The consignment does not contain any type of arms, ammunition, mines, shells, cartridges, radioactive contaminated, or any other explosive material in any form either used or otherwise.
The collected stock, is stored in open air, on cemented flooring.
Due to the scrap dimensions and the material conditions, this particular scrap, should be carefully evaluated first, by the end users, to confirm its adequate recovery ratio and its suitability to be re-melted in the electric arc furnace.
Please feel free to contact us for further details
Varianta : Baler
Use : - For Later Cutting In Bars
- Civil And Industrial Constructions
- Element For Reinforcement Of Concrete Structures
Dimensional Range : Ø 6 ÷ 12 Mm
Delivery : 700 ÷ 900 Kg
Provenient : Inter And Import
Version : Bar
Use : - Civil And Industrial Construction
- Elements For Reinforcing Concrete Structures
Size Range : 8 ÷ Ø 32 Mm
Length : 12 M
Delivery : Package Max.2000 ÷ 3000 Kg
Source: Inter And Import
>> Hot-rolled Profile Steel (pc 52)
Varianta : Coil
Use : - For Later Cutting Of Bars
- Civil And Industrial Constructions
- Elements For Reinforcement Of Concrete Structures, Especially In High Constructions And Supporting Pillars, Bridges, Towers, Baskets.
Dimensional Range : Ø 6 ÷ 10 Mm
Delivery : 700 ÷ 900 Kg
Provenience : Internal And Import
Variant : Bar
Use : - Civil And Industrial Constructions
- Elements For Reinforcement Of Concrete Structures, Especially In High Construction, Supporting Pillars, Bridges, Towers, Baskets.
Dimensional Range : Ø 8 ÷ 32 Mm
Length : 12 M
Delivery : Package Of Max.2000 ÷ 3000 Kg
Provenance : Internal And Import
Nickel Has High Corrosion Resistance To Atmospheric And Chemical Agents.
Obtaining : - Reduction Of Nickel Oxide Oxides Or Nickel-nickel Cuprous Processing, Followed By Purification By Electrolysis Or Mond-carbonil.
Use : - Obtaining Of Stainless Steels And Special Alloys;
- Obtaining Wear-resistant Cast Iron;
- Obtaining Copper-nickel-zinc (alpaca) Alloys;
- Corrosion Protection Of Ornamental Articles;
- Obtaining Raney Nickel Catalysts For The Chemical Industry.
Property : - High Resistance To Corrosion Of Atmospheric And Chemical Agents.
Material Specification : According To Stas 10502/1976; Iso 6283/1995.
Brand : Ni 99.95.
Presentation : 800 X 800 X 10 Mm Plates.
100 X 100 X 10 Mm
Zinc: White-white Metal, Brittle, Cold-deformable But Possible To Be Laminated Between 100 - 150oc.
Obtaining :
- From Complex Concentrates (pb - Zn) By Oxidative Frying, Followed By A Reduction In Furnace (isp Process).
- The Crude Zinc Obtained In The Blast Furnace Is Subsequently Purified Either By Fractional Distillation (new Jersey Process) Or By Electrolytic Refining.
- By Hydrometallurgical Way, When The Fried Concentrate Is Subjected To Solubilization With Znso4 Formation. After Purification, The Solution Is Subjected To Electrolysis, A Process Resulting In A Zinc With A Purity Of Min. 99.99% Zn.
Use :
-coating Of Steel Sheets And Foils For Corrosion Protection;
-obtaining Of Copper-based Alloys, Resistant To Corrosion (brass, Alpaca) -
Obtaining Of Castings Under Pressure From Zinc-based Alloys (zamac) Etc.
-obtaining Zinc Oxide With Uses In The Pigment Factory, Rubber Industry, Medicine, Ceramics, Etc.
Properties: - White-blue, Brittle, Cold-deformable But Possible Laminate Between 100 - 150oc.
Material Specification: - Stas 646-88, Astm B949, Sr En 1179: 2001
Make :
- Shg - Min. 99,995% Zn
- Hg - Min. 99.95% Zn
- Gob - Min. 98,5% Zn.
