Non-Ferrous Scrap Market Size, Share, Growth, and Industry Analysis, By Type (Aluminum, Copper, Lead, Zinc, Brass, Stainless Steel, Others), By Application (Foundries, Manufacturing Plants, Engineering Units, Others), Regional Insights and Forecast to 2035

Non-Ferrous Scrap Market Overview

The global Non-Ferrous Scrap Market is projected to expand steadily from USD 135291.16 Million in 2026 to USD 175901.54 Million by 2035, representing a CAGR of 2.96% during 2026-2035.

The Non-Ferrous Scrap Market is expanding as manufacturers increase the use of secondary aluminum, copper, lead, zinc, brass, stainless steel, and other recoverable metals to reduce dependence on primary extraction and lower overall processing energy. More than 30 million tonnes of aluminum scrap are recycled worldwide annually, demonstrating the scale at which secondary metals support industrial production. Demand is sustained by automotive manufacturing, construction, electrical equipment, machinery, packaging, renewable-energy systems, appliances, and electronics. Recycling companies are investing in shredding, eddy-current separation, X-ray sorting, optical identification, induction sorting, and digital material tracking to 40% increase recovery rates and improve alloy purity. High-quality non-ferrous scrap is becoming strategically important because materials such as aluminum and copper can be repeatedly recycled while retaining essential physical characteristics required by downstream manufacturers.

The United States remains one of the most important markets for non-ferrous scrap collection, processing, consumption, and international trade because of its large automotive, construction, electrical, industrial, demolition, and consumer-product waste streams. Approximately 4.1 million metric tons of recycled non-ferrous metals are exported from the country annually, illustrating the scale of material circulating through domestic processing networks. Aluminum and copper are especially important because they are recovered from vehicles, buildings, wiring, machinery, appliances, packaging, and manufacturing scrap. Recycled aluminum can require approximately 95% less energy than primary aluminum production, creating a strong incentive for foundries and manufacturing plants to increase secondary-metal utilization. Expansion of domestic recycling infrastructure is also supporting improved sorting, alloy separation, material traceability, and higher-value recovery.

Get Comprehensive Insights into the Market’s Size and Growth Trends

Download FREE Sample

Key Findings

• Market Driver: Circular manufacturing is strengthening secondary-metal demand, with global aluminum recycling exceeding 30 million tonnes annually as industrial producers reduce energy consumption and dependence on newly extracted raw materials.
• Major Market Restraint: Material contamination remains an important processing constraint, with mixed scrap streams capable of containing impurity levels approaching 25%, increasing sorting requirements, processing losses, and quality-control costs.
• Emerging Trends: Advanced sensor-based sorting is improving recovery performance, with modern automated facilities capable of achieving metal recovery efficiency above 93% across appropriately prepared mixed non-ferrous scrap streams.
• Regional Leadership: Asia-Pacific leads the Non-Ferrous Scrap Market with approximately 35% share, supported by extensive manufacturing activity, recycling infrastructure, secondary-metal processing capacity, and strong industrial demand.
• Competitive Landscape: Leading non-ferrous scrap processors are strengthening market positions through sensor-based sorting, AI-enabled material identification, recycling-capacity expansion, and foundry partnerships, with approximately 30% of competitive initiatives focused on recovery efficiency, purity improvement, and processing differentiation.
• Market Segmentation: Aluminum leads the supplied product categories with approximately 29.2% share, while Foundries dominate the supplied applications with approximately 36.8% of total non-ferrous scrap demand.
• Recent Development: Automated identification technologies are becoming more sophisticated, with advanced AI-enabled sorting platforms capable of recognizing more than 20 metal categories within complex recycling streams.

Non-Ferrous Scrap Market Latest Trends

Decarbonization and circular manufacturing are increasingly influencing procurement strategies across transportation, construction, packaging, electrical equipment, machinery, and industrial production.Copper also remains highly valuable because it can be recycled repeatedly without losing the conductivity required for electrical applications. Industrial buyers are therefore placing greater emphasis on alloy segregation, contamination control, traceability, and verified chemical composition. Scrap processors are investing in cleaner collection streams and advanced pre-processing systems to supply secondary metals that can substitute for larger quantities of virgin raw material across demanding manufacturing applications.

Automation is transforming non-ferrous scrap processing as recyclers integrate sensors, robotics, digital tracking, and artificial intelligence into sorting lines. Modern high-capacity systems can achieve recovery efficiency above approximately 93%, improving the proportion of aluminum, copper, brass, zinc, stainless steel, and specialty metals recovered from mixed waste streams. Eddy-current separators remain essential for aluminum recovery, while X-ray fluorescence, optical sorting, spectroscopy, and induction technologies help processors distinguish between different alloys and material grades. Digital batch records are also becoming more important because Foundries, Manufacturing Plants, and Engineering Units increasingly require reliable information on material origin, composition, contamination, and processing history. These technologies enable recyclers to produce narrower and more valuable alloy fractions while reducing dependence on manual separation.

Non-Ferrous Scrap Market Dynamics

Driver

"Circular manufacturing is increasing demand for secondary metal feedstocks."

Industrial decarbonization is strengthening demand for recycled aluminum, copper, lead, zinc, brass, stainless steel, and other non-ferrous materials because secondary processing generally requires substantially less energy than primary extraction and refining. Aluminum recycling exceeding 30 million tonnes annually creating a strong economic and environmental incentive for foundries, rolling mills, extruders, automotive suppliers, and construction-product manufacturers to increase recycled content. Secondary metals also help manufacturers reduce mining exposure, shorten supply chains, and recover value from material already circulating within the economy. As industrial companies introduce recycled-content targets and lifecycle-carbon assessments, scrap availability and quality are becoming increasingly important strategic procurement considerations.

Restraint

"Contamination and grade variability reduce usable scrap recovery."

Non-ferrous scrap streams can contain coatings, plastics, ferrous contamination, mixed alloys, oils, dirt, and incompatible metals that lower furnace yield and finished-material quality. Mixed consignments can contain impurity levels approaching approximately 25%, requiring additional shredding, sorting, sampling, cleaning, testing, or downgrade procedures before the material can be introduced into secondary production. This challenge is especially important for high-specification aluminum and copper applications where chemical composition must remain within narrow tolerance ranges. Inconsistent scrap quality can increase processing costs and reduce the economic advantage of secondary feedstock, making effective separation and quality control essential for suppliers serving demanding industrial customers.

Opportunity

"Advanced sorting creates higher-value recovery from complex scrap streams."

Sensor-based sorting, robotics, artificial intelligence, eddy-current separation, and spectroscopy create substantial opportunities to recover higher-purity non-ferrous fractions from mixed waste. Modern processing facilities can achieve recovery efficiency above approximately 93% when suitable pre-processing and automated separation technologies are applied. Higher recovery allows recyclers to produce separated aluminum, copper, brass, zinc, stainless steel, and specialty-metal streams rather than selling lower-value mixed material. This improves feedstock quality for Foundries, Manufacturing Plants, and Engineering Units while creating opportunities to extract additional value from end-of-life vehicles, electronic waste, demolished buildings, appliances, machinery, and industrial production scrap.

Challenge

"International trade complexity makes scrap availability less predictable."

Non-ferrous scrap is extensively traded across borders, making supply availability sensitive to export controls, customs regulations, contamination standards, transportation costs, manufacturing cycles, and differences in national recycling policies. The United States alone exports approximately 4.1 million metric tons of recycled non-ferrous metals annually, demonstrating the scale of international material movement. Changes in import requirements or regional industrial demand can rapidly redirect scrap flows and affect local availability. Recycling companies therefore require diversified sourcing networks, accurate material classification, reliable logistics, and strong regulatory compliance capabilities to serve both domestic manufacturing customers and international buyers while managing volatile market conditions.

Non-Ferrous Scrap Market Segmentation 

By Type

Aluminum: Aluminum leads the Non-Ferrous Scrap Market with approximately 29.2% share.Aluminum scrap is generated extensively from transportation equipment, beverage packaging, construction materials, machinery, appliances, extrusion products, and manufacturing operations. Its ability to retain essential material properties through repeated recycling makes it particularly attractive for secondary production. Foundries, rolling mills, extruders, automotive suppliers, and packaging manufacturers increasingly prioritize clean aluminum scrap because recycling requires substantially less energy than primary production. Processing companies are improving shredding, eddy-current separation, alloy identification, and automated sorting to increase recovery quality and supply more precisely segregated secondary aluminum grades.

Copper: Copper accounts for approximately 23.5% of the Non-Ferrous Scrap Market and remains one of the most valuable recycled metals because of its electrical conductivity, corrosion resistance, and ability to undergo repeated recycling without significant loss of functional performance. Major scrap sources include electrical wiring, motors, transformers, telecommunications equipment, plumbing systems, industrial machinery, electronics, renewable-energy installations, and demolished buildings. Electrification is increasing demand for clean secondary copper across power infrastructure, electric vehicles, data centers, renewable systems, and industrial equipment. Scrap processors therefore place significant emphasis on separating insulated wire, bare bright copper, tubing, motors, and mixed copper-bearing materials into grades suitable for smelters and manufacturing facilities.

Lead: Lead represents approximately 10.8% of the Non-Ferrous Scrap Market and is supported primarily by established closed-loop recycling systems for batteries and industrial lead-containing products. Lead-acid batteries remain among the most efficiently recovered consumer products because their metal, plastic, and electrolyte components can be separated and processed into reusable materials. Secondary lead is widely supplied to battery manufacturers and industrial users seeking dependable feedstock while reducing dependence on primary mining. Processing requires controlled collection and environmental safeguards because lead is hazardous when improperly handled. Specialized recyclers therefore invest in enclosed breaking, separation, smelting, refining, emissions treatment, and residue management systems to meet strict environmental and occupational requirements.

Zinc: Zinc accounts for approximately 9.6% of market activity and is recovered from galvanized steel residues, die-cast components, construction materials, automotive parts, industrial scrap, and zinc-containing processing wastes. Recycling is particularly important because zinc is extensively used to protect steel against corrosion, creating recoverable material when infrastructure, vehicles, and manufactured products reach the end of their service lives. Secondary processors use mechanical separation, remelting, refining, and specialized recovery technologies to produce material suitable for galvanizing, alloys, and other industrial applications. Growing emphasis on resource efficiency is encouraging greater recovery of zinc-bearing residues that were historically difficult to process economically.

Brass: Brass represents approximately 8.1% of the Non-Ferrous Scrap Market and is generated from plumbing fittings, valves, hardware, industrial machinery, radiators, decorative components, electrical equipment, and building demolition. Its copper and zinc content gives brass scrap relatively high recoverable value when materials are properly identified and segregated. Foundries frequently purchase clean brass grades for direct remelting, reducing the need to separately combine primary copper and zinc. Modern sorting equipment helps processors distinguish different brass compositions and remove incompatible metals before shipment. Demand remains closely linked to plumbing, engineering, construction, automotive components, and industrial manufacturing where brass continues to be valued for corrosion resistance, machinability, and mechanical performance.

Stainless Steel: Stainless Steel accounts for approximately 11.4% of the supplied market structure and is recovered from food-processing equipment, industrial machinery, chemical plants, architectural products, household appliances, transportation equipment, and engineering components. Although stainless steel contains iron, its substantial nickel, chromium, molybdenum, and other alloying content makes high-grade scrap valuable within non-ferrous-oriented recycling operations. Accurate alloy identification is essential because different stainless grades require specific chemical compositions. Processors increasingly use spectroscopy and X-ray fluorescence systems to classify materials before shipment to stainless mills and specialty foundries. Strong circularity within stainless production supports continuing demand for clean scrap as manufacturers seek to recover expensive alloying elements and reduce primary raw-material requirements.

Others: Others account for approximately 7.4% of the Non-Ferrous Scrap Market and include nickel-bearing materials, tin, magnesium, specialty alloys, electronic scrap fractions, and other recoverable metals outside the principal categories. These materials often occur in smaller volumes but can carry substantial value because of specialized industrial applications and constrained primary supply chains. Electronics, aerospace components, industrial catalysts, machinery, and advanced manufacturing waste provide important sources. Processing generally requires more sophisticated identification and separation because mixed specialty alloys can contain several valuable elements. Growing interest in critical-material recovery and circular supply chains is increasing commercial attention toward these smaller but strategically important scrap streams.

By Application

Foundries: Foundries dominate the Non-Ferrous Scrap Market with approximately 36.8% share. Foundries consume large volumes of aluminum, copper, brass, lead, zinc, stainless steel, and other secondary metals because scrap can be melted and converted into new castings with comparatively efficient material utilization. Automotive components, machinery, valves, fittings, construction products, electrical equipment, and industrial parts all generate demand for recycled feedstock. Foundries increasingly require tightly segregated scrap grades because chemical consistency directly affects casting quality. Recycling companies therefore provide sorting, analysis, preparation, and blending services to deliver secondary metals that meet customer specifications before charging furnaces.

Manufacturing Plants: Manufacturing Plants account for approximately 31.5% of total market demand and consume recycled metal through rolling, extrusion, stamping, fabrication, electrical equipment, automotive production, packaging, and machinery manufacturing. Manufacturers also generate large quantities of clean process scrap that can be collected, segregated, and returned to production through closed-loop recycling arrangements. These systems are particularly effective because manufacturing offcuts often have known composition and lower contamination than post-consumer scrap. Industrial companies are increasingly incorporating recycled-content targets into procurement strategies, supporting demand for certified secondary aluminum, copper, stainless steel, brass, and other metals. Reliable material chemistry and consistent supply remain essential for manufacturers operating high-volume automated production lines.

Engineering Units: Engineering Units represent approximately 19.7% of Non-Ferrous Scrap Market demand and include machinery builders, fabrication workshops, infrastructure contractors, electrical engineering companies, repair operations, and specialized industrial facilities. These organizations both consume recycled metals and generate valuable production scrap through machining, cutting, maintenance, equipment replacement, and fabrication. Copper, brass, aluminum, stainless steel, and specialty alloys are particularly common within engineering waste streams. Effective segregation can significantly improve scrap value because clean turnings, offcuts, cable, and dismantled components are easier for recyclers to process. Engineering firms are increasingly working with specialized collection companies to establish regular material recovery programs and improve traceability of secondary metal flows.

Others: Others account for approximately 12% of market demand and include construction recyclers, automotive dismantlers, electrical contractors, demolition companies, waste-management businesses, electronics processors, and specialized secondary-material users. End-of-life vehicles and demolished buildings provide particularly diverse non-ferrous streams containing aluminum, copper wiring, brass fittings, stainless steel, zinc-coated materials, and electronic components. Improved dismantling and sorting practices allow more of these metals to be recovered before mixed waste enters general processing streams. Increasing landfill restrictions, producer-responsibility programs, and circular-economy policies are encouraging companies to separate valuable metals earlier in the waste-management process, improving both recovery efficiency and secondary-material quality.

Non-Ferrous Scrap Market Regional Outlook

Get Comprehensive Insights into the Market’s Size and Growth Trends

Download FREE Sample

North America

North America accounts for approximately 21% of the Non-Ferrous Scrap Market, supported by extensive automotive recycling, building demolition, manufacturing scrap generation, electrical infrastructure replacement, and mature collection systems. The United States is the principal regional market and maintains a large network of processors, brokers, shredders, foundries, and exporters. Aluminum and copper represent particularly important streams because of their widespread use across vehicles, buildings, electrical systems, appliances, and industrial equipment. Recycling companies increasingly invest in automated sorting and alloy identification to improve product quality while domestic manufacturers seek higher recycled content. Canada and Mexico also contribute through automotive manufacturing, industrial activity, mining-related processing, and cross-border secondary-metal trade.

Europe

Europe represents approximately 24% of global Non-Ferrous Scrap Market activity and benefits from mature recycling policies, established collection systems, significant metals manufacturing, and strong circular-economy objectives. Germany, the United Kingdom, France, Italy, Spain, Belgium, and the Netherlands are important processing and trading markets. European manufacturers increasingly use recycled aluminum, copper, brass, zinc, and stainless steel to reduce primary-material dependence and lower industrial carbon intensity. Regulations promoting waste recovery, product circularity, and resource efficiency are encouraging improved sorting and domestic processing. Large recyclers operate regional networks connecting collection facilities with foundries, smelters, manufacturing plants, and export terminals, supporting efficient movement of secondary materials between industrial centers.

Asia-Pacific

Asia-Pacific leads the Non-Ferrous Scrap Market with approximately 35% share. China, India, Japan, South Korea, and Southeast Asian economies maintain extensive manufacturing industries that consume significant volumes of secondary aluminum, copper, brass, zinc, stainless steel, and other recovered metals. The region combines large industrial demand with expanding domestic collection and increasingly sophisticated recycling facilities. Growth in electric vehicles, electronics, renewable energy, construction, machinery, and electrical infrastructure is strengthening requirements for secondary metals. Governments are also encouraging improved recycling systems and resource efficiency, while processors invest in automated sorting, shredding, spectroscopy, and cleaner remelting operations to increase recovery quality.

Middle East and Africa

Middle East and Africa account for approximately 8% of the Non-Ferrous Scrap Market, with demand supported by construction, infrastructure development, automotive recycling, manufacturing, electrical projects, and growing metal-processing capacity. The Gulf states increasingly recover aluminum and copper from construction activity, industrial operations, cables, machinery, and end-of-life equipment, while expanding local manufacturing creates additional demand for secondary material. South Africa remains an important recycling market because of its established industrial and metals-processing base. Across other African countries, informal collection remains significant, but investment in organized recycling facilities is gradually increasing. Improved sorting, formalized collection, and regional trade provide opportunities for processors capable of producing consistent secondary-metal grades.

Rest of the World

Rest of the World represents approximately 12% of the Non-Ferrous Scrap Market and includes Latin America, Central Asia, and smaller developing recycling markets. Brazil, Mexico-adjacent trade routes, Chile, Argentina, and other industrializing economies generate scrap through automotive production, construction, mining equipment, electrical infrastructure, packaging, and manufacturing. Regional processors increasingly seek to retain more secondary material for domestic remelting rather than exporting unprocessed scrap. Expansion of organized collection networks and modern sorting facilities is improving recovery quality, although infrastructure remains uneven between countries. Continued manufacturing investment and circular-economy policies are expected to strengthen demand for recycled aluminum, copper, brass, stainless steel, zinc, and specialty metals.

List of Top Non-Ferrous Scrap Market Companies

• Y Players Operating in Global Non Ferrous Scrap Market
• Affinia METALS GmbH
• Akjay International LLC.
• Alter Trading Corporation
• Alutrade Ltd.
• European Metal Recycling Limited
• Kuusakoski Group Oy
• OmniSource Corp.
• Schnitzer Steel Industries, Inc.
• Sims Metal Management Inc.
• TSR Recycling GmbH & Co. KG

Top 2 Companies with Highest Market Share

• Sims Metal Management Inc.: Sims Metal Management Inc. remains one of the strongest supplied participants through a large international network of metal-recycling facilities serving manufacturing, construction, automotive, demolition, and industrial customers. Aluminum represents approximately 29.2% of the supplied product structure, making high-volume recovery of aluminum-rich end-of-life vehicles, machinery, appliances, and industrial scrap particularly important to large recyclers.
• European Metal Recycling Limited: European Metal Recycling Limited maintains a significant position through extensive collection, processing, recycling, and secondary-material supply operations serving industrial customers across multiple markets. Europe accounts for approximately 24% of the Non-Ferrous Scrap Market, providing a substantial operating base for large processors supplying foundries, manufacturing plants, engineering companies, and metal producers.

Investment Analysis and Opportunities

Investment opportunities in the Non-Ferrous Scrap Market are increasingly concentrated in automated sorting, scrap preprocessing, secondary smelting, alloy segregation, digital traceability, and closed-loop recycling infrastructure. Aluminum leads the supplied product structure with approximately 29.2% share, creating strong demand for eddy-current separators, sensor-based alloy identification, shredding systems, de-coating technologies, and remelting capacity capable of handling transportation, packaging, construction, and manufacturing scrap. Recyclers that improve feedstock purity can supply higher-value material to foundries and manufacturers rather than selling mixed metal fractions at lower grades. Investment is also expanding into copper cable processing, stainless steel identification, brass segregation, and recovery of specialty metals from electronic and industrial scrap. Facilities combining high-throughput mechanical separation with spectroscopy, X-ray detection, and automated quality control can increase recovery while reducing manual sorting dependence.These arrangements can improve traceability, reduce material losses, and lower dependence on volatile primary-metal supply. Additional opportunities exist in end-of-life vehicles, renewable-energy equipment, electrical infrastructure, batteries, construction demolition, and electronics as larger volumes of metal-intensive products reach replacement cycles. Recycling companies that establish regional collection hubs near manufacturing clusters can reduce transportation distances and improve feedstock consistency while providing customers with documented material recovery and recycled-content data.

New Product Development

New product development in the Non-Ferrous Scrap Market is increasingly centered on producing cleaner, specification-controlled secondary metal grades rather than simply selling mixed scrap. Copper represents approximately 23.5% of the supplied product structure, encouraging processors to develop higher-purity wire, tubing, busbar, motor, transformer, and electronic-copper fractions suitable for direct use by smelters and manufacturers. Advanced granulation and separation systems can remove insulation and contaminants from copper-bearing material, while spectroscopy helps identify alloy composition before processing. Similar development is occurring in aluminum, where processors increasingly separate cast, sheet, extrusion, and automotive alloys to preserve material value. More precise grade separation allows secondary metals to substitute for a greater portion of primary feedstock in applications requiring tight chemical specifications.Digital and AI-assisted sorting technologies are also becoming an important area of product and process development as recyclers handle increasingly complex mixed-material streams. Modern systems increasingly combine machine vision, X-ray fluorescence, laser-based identification, robotics, and automated data capture to classify materials and direct them into narrower product streams. Digital batch records can document origin, processing route, assay results, and recovered composition, supporting industrial buyers that require greater transparency over recycled content. These developments are helping transform non-ferrous scrap from a broadly traded waste commodity into increasingly engineered secondary raw material tailored to specific manufacturing requirements.

Five Recent Developments

• March 2026 – Kuusakoski Expands Electronics Recycling Footprint: Kuusakoski acquired Tramel Oy, adding operations across 7 locations in Finland and strengthening access to electronic and non-ferrous scrap streams containing copper, aluminum, specialty alloys, and other recoverable metals.
• April 2026 – Kuusakoski Advances Critical Metal Recovery: The company confirmed that its Lahti Infinity Centre would open during 2026, expanding advanced processing of electronic waste and improving recovery of strategically important metals for circular manufacturing applications.
• May 2026 – Kuusakoski Takes Full UK Ownership: Kuusakoski acquired the remaining 39% of SWEEEP Kuusakoski, giving it full ownership of a UK electronics-recycling operation that processes approximately one-quarter of the country's mixed electronic waste stream.
• June 2026 – Recycling Output Demonstrates Higher Recovery: Kuusakoski reported processing more than 790,000 tonnes of material across its core markets, achieving an overall material utilization rate of 96% and strengthening secondary raw-material availability for industrial users.
• September 2026 – Sims Reports Major Sustainability Progress: Sims Metal reported a 50% reduction in Scope 1 and Scope 2 emissions compared with its FY20 baseline while maintaining fully renewable electricity across operated sites, reinforcing lower-carbon recycling operations.

Report Coverage of Non-Ferrous Scrap Market

The Non-Ferrous Scrap Market report covers Aluminum, Copper, Lead, Zinc, Brass, Stainless Steel, and Others across Foundries, Manufacturing Plants, Engineering Units, and Others applications.The report evaluates collection, dismantling, shredding, sorting, alloy identification, cleaning, remelting, secondary refining, digital traceability, and material-quality management across automotive, construction, electrical, industrial, packaging, electronics, and machinery scrap streams. It also examines how circular manufacturing, lower-energy secondary production, recycled-content objectives, and improved sensor-based sorting are increasing the strategic importance of specification-controlled scrap as an industrial raw material.Competitive coverage includes Y Players Operating in Global Non Ferrous Scrap Market, Affinia METALS GmbH, Akjay International LLC., Alter Trading Corporation, Alutrade Ltd., European Metal Recycling Limited, Kuusakoski Group Oy, OmniSource Corp., Schnitzer Steel Industries, Inc., Sims Metal Management Inc., and TSR Recycling GmbH & Co. KG. The report further evaluates opportunities in advanced alloy sorting, AI-enabled identification, closed-loop recycling, electronic-waste recovery, secondary smelting, cleaner scrap preparation, digital material records, and high-purity recycled feedstock for increasingly demanding manufacturing applications.

Non-Ferrous Scrap Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 135291.16 Million in 2026
Market Size Value By	USD 175901.54 Million by 2035
Growth Rate	CAGR of 2.96% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Aluminum Copper Lead Zinc Brass Stainless Steel Others By Application : Foundries Manufacturing Plants Engineering Units Others
To Understand the Detailed Market Report Scope & Segmentation Download FREE Sample