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Copper purity : 99.9%
Form : Bright, shiny, uncoated wire
No insulation, paint, oxidation, or solder
Most valuable grade

**Title:** Android Mobile Battery Scrap for Sale

Lithium Battery Waste for Recycling

**Description:**
We supply used Android mobile battery scrap collected from smartphones and electronic waste streams. The material is suitable for recycling and material recovery processes in certified battery recycling and e-waste processing facilities.

**Product Details:**

* Product: Android Mobile Battery Scrap
* Type: Lithium-ion smartphone batteries
* Condition: Used / End-of-life / Dismantled
* Quality: Mixed grades (tested / untested batches available)
* Origin: Available on request

**Applications:**

* Lithium and cobalt recovery
* E-waste recycling facilities
* Battery material processing
* Industrial metal recovery operations

**Key Features:**
Source material for lithium-ion recycling
Mixed smartphone battery batches
Suitable for certified recycling plants
Bulk supply available

**Packaging:** Safety drums / insulated cartons / bulk containers
**Minimum Order Quantity (MOQ):** Negotiable (bulk buyers only)
**Price:** Based on current scrap market rates

Contact for quotation

**Contact:**
Serious licensed recyclers and industrial buyers only. Message us for availability, safety documentation, and pricing.

Lithium-Ion Battery Scrap High-Value E-Waste for Energy Metal Recovery

Our lithium-ion battery scrap consists of end-of-life or defective rechargeable batteries sourced from consumer electronics, electric vehicles, power tools, laptops, mobile devices, and energy storage systems. These batteries contain valuable recoverable materials such as lithium, cobalt, nickel, manganese, copper, and aluminum.

Lithium-ion battery scrap is a regulated material that requires careful handling, storage, and transport in compliance with safety and environmental standards. It is processed in specialized recycling facilities where components are safely dismantled and critical metals are recovered for reuse in new battery production and industrial applications.

Key Features:

Sourced from used lithium-ion batteries (electronics, EVs, tools, ESS)
Contains recoverable metals: lithium, cobalt, nickel, manganese, copper, aluminum
Available in various forms (cells, packs, modules)
Classified as hazardous material requiring regulated handling
High-value scrap for battery recycling and metal recovery industries
Suitable for professional, certified recycling and refining processes
Requires proper storage to prevent short-circuiting and thermal risks
Available in bulk for wholesale and export supply
Must comply with environmental, safety, and transport regulations (hazardous goods classification)

Lithium-Ion Battery Scrap High-Value E-Waste for Energy Metal Recovery

Our lithium-ion battery scrap consists of end-of-life or defective rechargeable batteries sourced from consumer electronics, electric vehicles, power tools, laptops, mobile devices, and energy storage systems. These batteries contain valuable recoverable materials such as lithium, cobalt, nickel, manganese, copper, and aluminum.

Lithium-ion battery scrap is a regulated material that requires careful handling, storage, and transport in compliance with safety and environmental standards. It is processed in specialized recycling facilities where components are safely dismantled and critical metals are recovered for reuse in new battery production and industrial applications.

Key Features:

Sourced from used lithium-ion batteries (electronics, EVs, tools, ESS)
Contains recoverable metals: lithium, cobalt, nickel, manganese, copper, aluminum
Available in various forms (cells, packs, modules)
Classified as hazardous material requiring regulated handling
High-value scrap for battery recycling and metal recovery industries
Suitable for professional, certified recycling and refining processes
Requires proper storage to prevent short-circuiting and thermal risks
Available in bulk for wholesale and export supply
Must comply with environmental, safety, and transport regulations (hazardous goods classification)

Server Scrap High-Grade Electronic Equipment for Precious Metal Recovery

Our server scrap consists of decommissioned or obsolete server units sourced from data centers, IT infrastructure, and enterprise systems. These units contain a wide range of valuable components, including circuit boards, CPUs, memory modules, power supplies, and wiring, which hold recoverable precious and non-ferrous metals such as gold, silver, palladium, and copper.

The scrap is typically supplied as complete server units or dismantled components, depending on the requirement. Server scrap is considered high-grade electronic waste due to its higher concentration of valuable components compared to standard consumer electronics, making it highly suitable for professional recycling and metal recovery processes.

Key Features:

Sourced from enterprise and data center servers
Contains CPUs, motherboards, RAM, and internal components
Rich in recoverable precious metals (gold, silver, palladium)
Includes copper wiring and non-ferrous materials
Available as complete units or dismantled components
Sorted for efficient processing and recycling
High-value e-waste for precious metal recovery industries
Suitable for professional e-waste recycling and refining
Available in bulk for wholesale and export supply
Requires specialized handling and processing in certified facilities

Lead Battery Scrap Recyclable Energy Storage Material for Lead Recovery

Our lead battery scrap consists of used and end-of-life lead-acid batteries sourced from automotive, industrial, and backup power systems. These batteries contain valuable lead components such as plates, grids, and lead paste, along with plastic casings and electrolyte residues.

The scrap is collected and handled according to safety standards, then processed in specialized recycling facilities where components are separated for lead recovery, plastic recycling, and neutralization of electrolytes. Lead battery scrap is a primary raw material for producing refined lead used in new batteries and other industrial applications.

Key Features:

Sourced from used lead-acid batteries (automotive and industrial)
Contains lead plates, grids, and lead paste
Includes plastic casings and electrolyte (handled separately in processing)
Requires specialized handling and recycling procedures
High recovery value for lead extraction and reuse
Suitable for battery manufacturing and lead refining industries
Consistent feedstock for industrial recycling plants
Available in bulk for wholesale and export supply
Must comply with environmental and safety regulations during transport and processing

Copper Motor Scrap High-Value Copper Recovery Scrap

Our copper motor scrap consists of used electric motors sourced from industrial machinery, appliances, and automotive applications. These motors contain significant amounts of copper windings along with steel and other components, making them a valuable source for copper recovery and recycling.

The scrap is collected and sorted to ensure consistency, with options for whole motors or pre-processed units. During recycling, the motors are dismantled or shredded to extract copper windings efficiently, which are then reused in the production of new electrical and industrial products.

Key Features:

Contains copper windings from electric motors
Sourced from industrial, automotive, and appliance equipment
Available as whole motors or processed scrap
High copper recovery potential
Suitable for dismantling, shredding, and refining
Ideal for recycling and non-ferrous metal recovery industries
Consistent supply for industrial processing
Available in bulk for wholesale and export
Carefully handled to maintain material value

Copper Pipes & Tubes Scrap Premium High-Conductivity Copper Scrap

Our copper pipes & tubes scrap consists of high-quality copper materials sourced from plumbing systems, HVAC installations, refrigeration units, and industrial piping. This scrap typically includes clean copper tubing and pipes with high copper content, making it ideal for recycling and remelting.

The material is carefully sorted and processed to remove fittings, insulation, and contaminants, ensuring consistent purity and efficient recovery during refining. Due to its excellent conductivity and recyclability, copper pipe scrap is widely used in the production of new copper products, including wires, pipes, and industrial components.

Key Features:

High-purity copper from pipes and tubing
Sourced from plumbing, HVAC, and industrial systems
Cleaned and sorted to minimize fittings, coatings, and contaminants
Excellent conductivity and high recovery value
Suitable for remelting and refining processes
Ideal for manufacturing copper wires, tubes, and components
Consistent quality for industrial recycling applications
Available in bulk quantities for wholesale and export supply
Carefully handled to maintain purity and material value

Copper Radiators Scrap - High-Value Non-Ferrous Scrap for Recycling

Our copper radiators scrap consists of high-quality used radiators primarily sourced from automotive, HVAC, and industrial cooling systems. These units typically contain a combination of copper tubes and fins, often with brass headers, making them a valuable material for metal recovery and recycling.

The scrap is carefully sorted and processed to reduce contaminants such as plastic, steel attachments, and excessive residues, ensuring efficient recovery during smelting and refining. Copper radiators are widely used in non-ferrous recycling industries due to their strong copper content and consistent material value.

Key Features:

High copper content from radiators and heat exchangers
Commonly includes copper tubes and fins (with possible brass components)
Sourced from automotive, HVAC, and industrial equipment
Cleaned and sorted to minimize contaminants and attachments
Suitable for smelting, refining, and metal recovery processes
Consistent material quality for reliable recycling output
Ideal for non-ferrous scrap processors and metal industries
Available in bulk quantities for wholesale and export supply
Carefully handled to maintain value and quality

Copper Scrap Birch/Cliff High-Grade Bare Bright Copper (ISRI Standard)

Our Copper Scrap Birch/Cliff consists of high-quality bare bright copper wire, meeting recognized ISRI specifications. This grade includes clean, unalloyed, uncoated copper wire free from insulation, paint, solder, and excessive oxidation, ensuring high purity and excellent conductivity.

Typically sourced from stripped electrical wires and cables, Birch/Cliff copper scrap offers a high recovery rate and is ideal for direct remelting and refining in copper processing industries. It is widely used in the production of electrical conductors, cables, and other high-performance copper products.

Key Features:

High-purity bare bright copper (typically 99% Cu content)
Clean, uncoated, and unalloyed copper wire
Free from insulation, paint, and non-metallic contaminants
Minimal oxidation with bright, shiny appearance
High conductivity and excellent recovery rate
Suitable for direct remelting and refining
Conforms to ISRI Birch/Cliff specifications
Ideal for electrical and industrial manufacturing applications
Available in bulk for wholesale and export supply

Alloy Steel Scrap High-Strength Ferrous Scrap for Specialized Steel Production

Our alloy steel scrap consists of high-quality ferrous materials containing specific alloying elements such as chromium, nickel, molybdenum, manganese, or vanadium. Sourced from industrial components, machinery parts, and manufacturing offcuts, this scrap is carefully sorted and processed to ensure consistent composition and minimal contamination.

Alloy steel scrap is widely used in steelmaking and foundry applications where enhanced mechanical properties such as strength, hardness, wear resistance, and corrosion resistance are required. It is suitable for remelting in electric arc furnaces (EAF) and induction furnaces to produce specialized and high-performance steel grades.

Key Features:

High-quality alloy steel scrap with controlled composition
Contains alloying elements (e.g., Cr, Ni, Mo, Mn, V)
Sourced from industrial machinery, tools, and components
Cleaned and sorted to minimize impurities and contaminants
Suitable for EAF and induction furnace remelting
Ideal for producing high-strength and specialty steel products
Consistent material for reliable metallurgical performance
Available in bulk for wholesale and export supply
Carefully handled to meet industrial quality standards

Stainless Steel Turnings High-Grade Scrap for Recycling & Remelting

Our stainless steel turnings consist of premium-quality scrap generated from machining processes such as turning, milling, and drilling of stainless steel components. These curled or spiral chips are typically sourced from grades like 304, 316, and other austenitic or ferritic stainless steels.

The material is carefully collected, cleaned, and processed to reduce oil, moisture, and contaminants, ensuring suitability for remelting in induction furnaces and stainless steel production. Due to their form, stainless steel turnings are often compacted or briquetted to improve density and handling efficiency during transportation and melting.

Key Features:

Stainless steel scrap from machining operations (turnings/chips)
Common grades include 304, 316, and similar alloys
Processed to reduce oil, moisture, and impurities
Suitable for remelting in induction furnaces and steel mills
Can be briquetted for improved density and handling
Consistent composition for reliable recycling processes
Ideal for stainless steel production and industrial reuse
Available in bulk quantities for wholesale and export supply
Carefully handled to meet industry quality standards

Stainless Steel Scrap 316- Premium Marine-Grade Corrosion-Resistant Scrap

Our Stainless Steel Scrap 316 consists of high-quality austenitic stainless steel materials sourced from industrial, marine, and chemical-grade applications such as tanks, pipes, valves, and processing equipment. Grade 316 is known for its superior corrosion resistance, especially in harsh and chloride-rich environments.

This scrap is carefully sorted and processed to ensure consistent composition and minimal contamination, making it ideal for remelting in induction furnaces and stainless steel production. It contains higher nickel content and added molybdenum, which enhances its resistance to corrosion, pitting, and oxidation.

Key Features:

Stainless steel grade 316 (austenitic, marine-grade)
Contains chromium, higher nickel, and molybdenum content corrosion resistance, especially in marine and chemical environments
Cleaned and sorted to minimize impurities and contaminants
Suitable for remelting in induction furnaces and steel mills
Ideal for producing high-grade stainless steel products
Commonly sourced from industrial, marine, and chemical equipment
Available in bulk for wholesale and export supply
Carefully handled to maintain quality and composition

Stainless Steel Scrap 304 Premium Corrosion-Resistant Ferrous Scrap

Our Stainless Steel Scrap 304 consists of high-quality austenitic stainless steel materials sourced from industrial, commercial, and manufacturing waste such as kitchen equipment, tanks, pipes, sheets, and fabricated components. Grade 304 is known for its excellent corrosion resistance, durability, and versatility.

This scrap is carefully sorted and processed to ensure minimal contamination and consistent composition, making it suitable for remelting in induction furnaces and used in the production of new stainless steel products. It typically contains high levels of chromium and nickel, which contribute to its superior performance in demanding environments.

Key Features:

Stainless steel grade 304 (austenitic grade)
High chromium (~18%) and nickel (~8%) content
Excellent corrosion and oxidation resistance
Sourced from clean industrial and commercial stainless materials
Suitable for remelting in induction furnaces and steel mills
Free from excessive non-stainless contaminants and impurities
Ideal for recycling into kitchenware, industrial equipment, and structural applications
Available in bulk for wholesale and export supply
Carefully handled to maintain material quality and composition

Rail Scrap R50 Premium Heavy Ferrous Scrap for Steelmaking

Our Rail Scrap R50 consists of high-quality used or cut railway rails manufactured to R50 specifications, typically weighing 50 kg per meter. This grade is sourced from decommissioned railway tracks and processed into manageable lengths for efficient handling, transport, and melting.

Rail scrap is one of the heaviest and cleanest forms of ferrous scrap, offering high density, consistent composition, and excellent melting efficiency. It is widely used in electric arc furnaces (EAF) and induction furnaces for the production of high-grade steel products.

Key Features:

Rail steel conforming to R50 specifications (approx. 50 kg/m)
Heavy gauge, high-density ferrous material
Cut and prepared into manageable lengths for handling
Cleaned with minimal impurities and contaminants
Free from excessive non-ferrous materials and hazardous substances
Suitable for EAF and induction furnace steel production
Ideal for recycling into high-quality steel products
Available in bulk quantities for wholesale and export supply
Carefully handled to meet industrial and international standards

Cast Iron Scrap -Premium Ferrous Scrap for Foundry & Steelmaking

Our cast iron scrap consists of high-quality ferrous materials derived from cast iron products such as engine blocks, machinery parts, pipes, and industrial components. Known for its high carbon content and density, cast iron scrap is a valuable raw material used in foundries and steel production processes.

This grade is carefully sorted and cleaned to minimize impurities, non-ferrous materials, and contaminants, making it suitable for melting in electric arc furnaces (EAF), induction furnaces, and cupola furnaces. Its consistent composition and heavy density contribute to efficient melting and reliable output in casting and steel manufacturing.

Key Features:

High-quality ferrous scrap from cast iron components
Includes engine blocks, pipes, machinery parts, and industrial castings
High carbon content with dense material structure
Cleaned and sorted with minimal impurities
Suitable for EAF, induction furnaces, and cupola furnaces
Ideal for foundry casting and steel production
Consistent composition for reliable melting performance
Available in bulk quantities for wholesale and export supply
Carefully handled to meet industrial quality standards

Steel Borings Premium Ferrous Scrap for Recycling & Steel Production

Our steel borings consist of fine ferrous scrap particles generated from drilling and boring operations in metal machining processes. These small, granular chips are primarily composed of carbon steel and are collected, cleaned, and processed to reduce contaminants such as oil, moisture, and non-metallic residues.

Steel borings are commonly used in steelmaking and foundry applications, particularly as a supplementary charge in electric arc furnaces (EAF). Due to their fine nature, they are often processed further (e.g., briquetting) to improve density and handling efficiency for melting operations.

Key Features:

Fine ferrous scrap from drilling/boring machining processes
Primarily composed of carbon steel particles
Cleaned and processed to minimize oil, moisture, and impurities
Suitable for steel melting in EAF and induction furnaces
Often used in briquetted form for improved density and handling
Consistent material for recycling and industrial applications
Available in bulk quantities for wholesale and export supply
Carefully handled to meet industrial quality standards

Shredded Steel Scrap (ISRI 211)- Premium Clean Ferrous Scrap for Steelmaking

Our shredded steel scrap (ISRI 211) consists of high-quality, processed ferrous scrap that has been mechanically shredded into uniform, compact pieces to ensure consistent density and efficient melting. It is produced from pre-sorted scrap materials and processed to meet ISRI 211 specifications for industrial steel production.

This grade is free from excessive contaminants, non-ferrous metals, and hazardous materials, making it highly suitable for use in electric arc furnaces (EAF) and induction furnaces. Its uniform size and clean composition contribute to faster melting, improved furnace efficiency, and reduced processing time.

Key Features:

Processed shredded ferrous scrap conforming to ISRI 211 standards
Uniform, compact pieces for consistent melting performance
Cleaned and sorted with minimal impurities
Free from excessive non-ferrous metals and hazardous materials
High-density material for efficient furnace charging
Suitable for EAF and induction furnace operations
Ideal for steel manufacturing and recycling industries
Bulk supply available for industrial and export markets

HMS 1 & 2 (80:20 Mix) Premium Ferrous Scrap Blend for Steelmaking

Our HMS 1 & 2 (80:20 Mix) is a carefully prepared blend of heavy melting scrap grades, consisting of 80% HMS 1 (thicker steel scrap, 6 mm) and 20% HMS 2 (lighter gauge scrap, <6 mm). This combination provides a balanced composition for efficient melting, optimal furnace performance, and cost-effective steel production.

The scrap is cleaned, sorted, and free from excessive contaminants, non-ferrous metals, and hazardous materials, making it ideal for electric arc furnaces (EAF) and induction furnaces. The 80:20 ratio ensures a high-density feed with good energy efficiency and reduced slag formation during steelmaking.

Key Features:

Blend of 80% HMS 1 (heavy gauge) and 20% HMS 2 (lighter gauge)
Cleaned and sorted with minimal impurities
Free from non-metallics, hazardous materials, and excessive rust
Optimized for steel melting in EAF and induction furnaces
High-density, efficient, and cost-effective raw material
Suitable for industrial steel production and recycling
Bulk supply available for wholesale and export use
Carefully handled to meet international quality standards

HMS 2 (Heavy Melting Scrap 2) Ferrous Scrap for Steel Recycling

Our HMS 2 (Heavy Melting Scrap 2) is a ferrous scrap grade composed of lighter gauge steel materials compared to HMS 1, typically with a thickness below 6 mm. It is suitable for use in steel manufacturing processes, particularly in electric arc furnaces (EAF) and foundries.

This grade is sorted to minimize impurities and non-ferrous contaminants, ensuring reliable melting performance. HMS 2 is commonly used as a cost-effective raw material in the production of steel products for construction, fabrication, and industrial applications.

Key Features:

Ferrous scrap with lighter gauge steel (typically < 6 mm thickness)
Cleaned and sorted to reduce impurities
Free from excessive non-metallic and hazardous materials
Suitable for steel melting in EAF and induction furnaces
Cost-effective raw material for steel production
Consistent quality for industrial processing
Available in bulk quantities for wholesale and export use
Properly handled to meet industry requirements