European Industrial And Automotive Suppliers and Manufacturers

We load approx. 28 Mt in 40' FT container. Our shreded tires are mixed with cars. Shreded Tires are loaded in bulk . When container open then they can easily be loaded on the truck. 1 BALE= APPROXIMATE 1 MT PLUS MINUS. 1 BALE CONTAINS AROUND 100 TIRES BALED PRESSED TOGETHER COMING FROM CARS, SUVS AND SMALL TRUCKS. NO OTR TIRES. PACKING: 26 Tons on a 40, total 26 MT per 40 Waste Tyre scrap/Used Car Tyre Premium 145SR x 10 155SR x 12 205 x 60R 15 195 x 55R 13 205 x 55R 15 215 x 65R 15 155 x 60R 13 165 x 60R 14 205 x 70R 14 185 x 65R 13 185 x 65R 14 205 x 80R 14 155 x 70R 12 165 x 70R 13 185SR x 14 145 x 80R 13 175 x 80R 13 215 x 50R 15 135SR x 12 145SR x 13 215 x 60R 15 185 x 55R 15 215 x 55R 15 145 x 70SR 12 175 x 60R 13 175 x 60R 14 195 x 70R 15 165 x 65R 14 195 x 65R 14 165 x 80R 15 165 x 70R 12 175 x 70R 13 195SR x 14 155 x 80R 13 195 x 80R 13 225 x 50R 15 145SR x 12 155SR x 13 225 x 60R 16 195 x 55R 15 205 x 55R 16 165 x 70SR 12 185 x 60R 13 185 x 60R 14 205 x 70R 15 175 x 65R 14 205 x 65R 14 195 x 80R 15 155 x 70R 12 185 x 70R 13 205SR x 14 165 x 80R 13 165 x 80R 14 195 x 50R 16 185 x 70SR 13 165SR x 13

Used aluminium car engine scrap is recyclable and in demand for manufacturing industries. It consists primarily of aluminium engine blocks from old or discarded cars, often sold in bulk. This material is ideal for companies seeking affordable and eco-friendly sources of aluminium Used aluminium car engine scrap refers to discarded engine blocks from automobiles, made primarily from cast aluminium. These scraps are an excellent resource for recycling due to the high aluminium content, which is both lightweight and durable. Aluminium scrap is used extensively in automotive, aerospace, and other industrial manufacturing processes. The scrap is usually free of contaminants and sold in large quantities, such as 5 to 25 metric tons, making it a cost-effective solution for businesses needing raw aluminium material.

Feature Details Purity Level 99.7% Manufacturing Method Molten salt electrolysis Industry Applications Automotive, construction, electrical The P1020 primary aluminum ingot is produced with a minimum purity of 99.7% aluminum. It is commonly used for remelting and is manufactured through molten salt electrolysis, making it suitable for various industrial applications. 1. Product Overview Grade: P1020 Purity: Minimum 99.7% aluminum Appearance: Bright, silvery finish 2. Applications P1020 ingots are utilized in: Remelting processes Foundry applications Manufacturing of high-quality aluminum products 3. Production Process Manufacturing Method: The ingots are produced using the molten salt electrolysis method, involving alumina and cryolite, which meet national standards (GB/T1196-2002) [1]. 4. Key Benefits High purity ensures excellent performance in various applications. Versatile usage across different industries, particularly in automotive and construction.

Feature Details Purity Level 99.7% Manufacturing Method Molten salt electrolysis Industry Applications Automotive, construction, electrical The P1020 primary aluminum ingot is produced with a minimum purity of 99.7% aluminum. It is commonly used for remelting and is manufactured through molten salt electrolysis, making it suitable for various industrial applications. 1. Product Overview Grade: P1020 Purity: Minimum 99.7% aluminum Appearance: Bright, silvery finish 2.� Applications P1020 ingots are utilized in: Remelting processes Foundry applications Manufacturing of high-quality aluminum products 3. Production Process Manufacturing Method: The ingots are produced using the molten salt electrolysis method, involving alumina and cryolite, which meet national standards (GB/T1196-2002) [1]. 4. Key Benefits High purity ensures excellent performance in various applications. Versatile usage across different industries, particularly in automotive and construction.

C 0.54 -0.82 Si 0.18 - 0.40 Mn 0.60 - 1.05 S 0.04 max P 0.035 max As 0.01 max of Mass share Norms R-50 GOST-7173-75 and R-65 GOST-8165-75 R50 (51.67 KG/M) GOST 7173-75 R65 (64.72 KG/M) GOST 8165-75 In ferrous we mainly deal in HMS1 & 2 Material Specification Heavy Melting Scrap (HMS 1& 2) ,80% HMS 1 & 20 % HMS 2 confirming  to ISRI 200-206 HMS 1 ISRI Code 200: heavy melting steel. Wrought iron and/or Steel scrap inch or steel scrap inch and over in thickness. Individual pieces not over 60 x 24 inches HMS 1 ISRI Code 201: heavy melting steel 3 feet x 18 inches. Wrought iron or steel scrap HMS 1 ISRI Code 202: heavy melting steel 5 feet x 18 inches. Wrought iron or steel scrap HMS 2 ISRI Code 203: heavy melting steel. Wrought iron or Steel scrap, Black and Galvanized. 1/8 inch and over in thickness, charging box size to include material not suitable as no.1 heavy melting steel. HMS 2 ISRI Code 204: same as ISRI 203 but max size 36-18 inches. HMS 2 ISRI Code 205: same as ISRI 204 but free of sheet iron or thin-gauged material. HMS 2 ISRI Code 206: same as ISRI 204, but max size 60 x 18 inches

Heavy metal scrap consists of recyclable metals such as lead, copper, zinc, and nickel, which are collected from various sources including industrial waste, discarded machinery, and construction materials. These metals are critical for reuse in industries like automotive, construction, and electronics. Product Overview: Heavy metal scrap refers to used or discarded metallic materials, particularly those with high atomic weights or densities, such as lead, copper, zinc, and nickel. These metals are highly recyclable and play a vital role in reducing the need for new raw material extraction. Features: High Density: Heavy metals such as lead, copper, and zinc have significant weight and strength properties, making them suitable for various heavy-duty industrial applications. Recyclability: Heavy metal scrap is widely reused in industries to create new products, minimizing environmental impact by conserving natural resources. Applications: Heavy metal scrap is extensively used in industries such as automotive, aerospace, construction, and electronics. It can be melted and reshaped into new parts, reducing production costs and energy consumption compared to new metal manufacturing. Environmental Impact: Recycling heavy metals significantly reduces the environmental footprint by minimizing mining activities and reducing hazardous waste from industrial processes.

Cathode copper refers to high-purity copper produced through the electrolytic refining process. Cathode copper is characterized by its high electrical conductivity, excellent thermal conductivity, and good formability. Standard: ASTM, GB, DIN, BS, EN, JIS Product name Copper Cathode Plates / Copper Ingot / Copper Cathode Cu 99.99% Standard GB/T Chemical Composition Copper (Cu) Quality High-Quality Purity 99.97% - 99.99% Dimension 914mm x 914 x 12mm (appr.) (+/-1%) (LME Standard) Export to America, Russia, Australia, Brazil, Canada, Peru, Iran, India, United Kingdom, Arab etc. 1. Weight of each sheet: 125kgs (+/- 1%) 2. Net weight of each pallet: 2mts (+/- 1%) 3. Min. weight in each container: 20 mts approx. 4. Gross weight of each container: 22.20 mts approx. Chemical Analysis Elements Value Elements Value Copper Cu 99.97% Min. Silica Si 0.3ppm Max. Cobalt Co 0.2ppm Max. Bismuth Bi 0.1ppm Max. Lead Pb 0.2ppm Max. Tellurium Te 0.05ppm Max. Iron Fe 2ppm Max. Silver Ag 10ppm Max. Aluminum Al 0.5ppm Max. Se 0.3ppm Max Manganese Mn 0.1ppm Max. S 4ppm Max. Nickel Ni 0.2ppm Max. MG 0.4ppm Max. Antimony Sb 0.1ppm Max. O2 0 AS 0.1ppm Max. Application In the power industry, cathode copper is used to manufacture cables, wires, and power grid equipment for efficient transmission of electricity. In the electronics industry, cathode copper is used to manufacture circuit boards, semiconductor devices, etc., to support the functionality and performance of electronic devices. In addition, cathode copper is also used in various applications in fields such as construction, chemical industry, and manufacturing, such as pipeline and alloy manufacturing.

Aluminum sows are large blocks of aluminum, typically produced for remelting in various applications. Their unique shape resembles a sow (female pig) lying on its side, making them easily identifiable in the aluminum industry. These sows are primarily created from primary aluminum or a blend of primary aluminum and scrap materials, making them crucial for wrought aluminum production. Overview Aluminum sows are essential products in the aluminum supply chain, utilized primarily for remelting purposes. They are characterized by their large, flat shape and significant weight, making them suitable for transportation and storage. Production Process Aluminum sows are produced by: Melting Primary Aluminum: Utilizing high-quality aluminum to ensure purity. Blending with Scrap: Incorporating various aluminum scrap materials to optimize costs and resource efficiency [1]. Casting: Pouring the molten aluminum into molds to form sows, which are then cooled and solidified. Applications Remelting: Primarily used in the remelting process for producing wrought aluminum products. Alloy Production: Can be blended with other metals to create specific aluminum alloys suitable for diverse applications. Specifications Feature Details Shape Large, flat ingots Primary Use Remelting and alloying Production Method Melting and casting Raw Materials Primary aluminum and scrap Benefits Cost-Effective: Utilizing scrap material reduces production costs. Versatile: Suitable for various aluminum applications, enhancing supply chain flexibility.