Recyclable Material Wholesalers
Description
Companies in this industry engage in wholesale distribution of automotive scrap, industrial scrap, and other recyclable materials. Major scrap wholesalers include America Chung Nam, Commercial Metals Company, and The David J Joseph Company (all based in the US), as well as ELG Haniel and TSR Recycling (Germany), European Metal Recycling (UK), and Sims Metal (Australia).
Worldwide, the recycling industry was valued at about $65 billion in 2024, and is expected to reach almost $110 billion by 2033, according to Statista. Asia Pacific dominated the waste recycling services market with the largest revenue share of over 40% in 2024. Demand for scrap is growing fastest in Asian markets, particularly in China and India.
The recyclable material wholesalers industry in the US include about 8,000 establishments (single-location companies and units of multi-location companies) with combined annual revenue of about $80 billion. The industry includes auto wreckers primarily engaged in dismantling motor vehicles for the purpose of wholesaling scrap.
COMPETITIVE LANDSCAPE
Demand from the steel, auto, and construction industries drives the scrap metal wholesaling industry. The profitability of individual companies depends on cultivating relationships with suppliers and buyers. Most companies are small and compete by specializing in one type of material in their local market. Large companies have economies of scale in purchasing equipment and transportation. The industry in the US is fragmented: the top 50 companies account for less than 50% of revenue.
PRODUCTS, OPERATIONS & TECHNOLOGY
Major sources of revenue are recyclable ferrous metal scrap, which accounts for about 45%. Recyclable paper and paperboard accounts for about 15%. Other sources include aluminum scarp, stainless steel, and recyclable textiles, which account for the rest.
Scrap metal is classified as "industrial" or "obsolete." Industrial scrap is left over from industrial manufacturing operations like cutting, casting, stamping, and boring; the auto industry is the largest single source. Obsolete scrap is metal recovered from old or used consumer and industrial products, mainly cars, cans, and appliances, but also machinery, railroad cars and rails, construction girders, wire, pipes, and ships. To be suitable for reuse, scrap metal must be cut to convenient sizes, sorted according to metal or grade, and often formed into bales, pellets, or briquettes that end-users can put directly into their operations. The smaller and denser the scrap, the more valuable it is, because end-users can use it more efficiently. Many scrap metal wholesalers operate near their customers, because the low value-to-weight ratio of most scrap discourages long-distance transportation.
Scrap metal is collected at junkyards, recycling centers, or directly at industrial sites. Scrap metal processors often have long-standing relationships with industrial producers of scrap, and have drop-boxes on their sites for efficient collection. Because the quality of new steel made from scrap depends on the quality of the scrap, an extensive metal scrap grading system exists, with more than 80 grades of unprocessed ferrous scrap, including sheet iron; "white goods" (appliances); "unclean motor block"; and "whole prepared car bodies."
Metals processors use crane-mounted "alligator" or scissor shears and stationary guillotine shears to cut large pieces of scrap, such as girders, into smaller pieces. Cars, appliances, and other light scrap are processed by shredders that break the scrap into fist-sized pieces in less than a minute. Shredding operations use magnets to separate ferrous metals and nonferrous metals from residual "shredder fluff," which is put into landfills. Many nonferrous metals have a higher value than ferrous iron or steel, and are therefore sorted and separated using more labor-intensive methods. Light-gauge metals may be processed in balers, large hydraulic presses that compress the metal into uniform blocks. Nonferrous metals are often melted or pressed into ingots or "pigs" for the end-user.
Nonmetal materials like paper, glass, plastics, and rubber undergo less processing than metals before being shipped. Rubber tires are processed by removing steel belts mechanically, then shredding the tire into chips varying from three inches to the size of a grain of sand.
Worldwide, the recycling industry was valued at about $65 billion in 2024, and is expected to reach almost $110 billion by 2033, according to Statista. Asia Pacific dominated the waste recycling services market with the largest revenue share of over 40% in 2024. Demand for scrap is growing fastest in Asian markets, particularly in China and India.
The recyclable material wholesalers industry in the US include about 8,000 establishments (single-location companies and units of multi-location companies) with combined annual revenue of about $80 billion. The industry includes auto wreckers primarily engaged in dismantling motor vehicles for the purpose of wholesaling scrap.
COMPETITIVE LANDSCAPE
Demand from the steel, auto, and construction industries drives the scrap metal wholesaling industry. The profitability of individual companies depends on cultivating relationships with suppliers and buyers. Most companies are small and compete by specializing in one type of material in their local market. Large companies have economies of scale in purchasing equipment and transportation. The industry in the US is fragmented: the top 50 companies account for less than 50% of revenue.
PRODUCTS, OPERATIONS & TECHNOLOGY
Major sources of revenue are recyclable ferrous metal scrap, which accounts for about 45%. Recyclable paper and paperboard accounts for about 15%. Other sources include aluminum scarp, stainless steel, and recyclable textiles, which account for the rest.
Scrap metal is classified as "industrial" or "obsolete." Industrial scrap is left over from industrial manufacturing operations like cutting, casting, stamping, and boring; the auto industry is the largest single source. Obsolete scrap is metal recovered from old or used consumer and industrial products, mainly cars, cans, and appliances, but also machinery, railroad cars and rails, construction girders, wire, pipes, and ships. To be suitable for reuse, scrap metal must be cut to convenient sizes, sorted according to metal or grade, and often formed into bales, pellets, or briquettes that end-users can put directly into their operations. The smaller and denser the scrap, the more valuable it is, because end-users can use it more efficiently. Many scrap metal wholesalers operate near their customers, because the low value-to-weight ratio of most scrap discourages long-distance transportation.
Scrap metal is collected at junkyards, recycling centers, or directly at industrial sites. Scrap metal processors often have long-standing relationships with industrial producers of scrap, and have drop-boxes on their sites for efficient collection. Because the quality of new steel made from scrap depends on the quality of the scrap, an extensive metal scrap grading system exists, with more than 80 grades of unprocessed ferrous scrap, including sheet iron; "white goods" (appliances); "unclean motor block"; and "whole prepared car bodies."
Metals processors use crane-mounted "alligator" or scissor shears and stationary guillotine shears to cut large pieces of scrap, such as girders, into smaller pieces. Cars, appliances, and other light scrap are processed by shredders that break the scrap into fist-sized pieces in less than a minute. Shredding operations use magnets to separate ferrous metals and nonferrous metals from residual "shredder fluff," which is put into landfills. Many nonferrous metals have a higher value than ferrous iron or steel, and are therefore sorted and separated using more labor-intensive methods. Light-gauge metals may be processed in balers, large hydraulic presses that compress the metal into uniform blocks. Nonferrous metals are often melted or pressed into ingots or "pigs" for the end-user.
Nonmetal materials like paper, glass, plastics, and rubber undergo less processing than metals before being shipped. Rubber tires are processed by removing steel belts mechanically, then shredding the tire into chips varying from three inches to the size of a grain of sand.
Table of Contents
- Industry Overview
- Quarterly Industry Update
- Business Challenges
- Business Trends
- Industry Opportunities
- Call Preparation Questions
- Financial Information
- Industry Forecast
- Web Links and Acronyms
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