Cheap Used Electric Motor Scrap HMS Metal Electronic 99.9% Copper Wire High Quality ASH Shape 10 TONS MOQ France Origin

Company Description

France origin supplier offering cheap used electric motor scrap HMS metal electronic products with 99.9% copper wire content, high quality ASH shape scrap with a minimum order quantity of 10 tons.

Product Overview

Cheap used electric motor scrap combined with HMS metal electronic scrap and 99.9% pure copper wire presents an excellent source of recyclable metal material. These materials typically come in an "ASH" shape, formed through shredding and sorting of used motors and electrical equipment. The scrap is primarily composed of copper wire, renowned for its excellent electrical conductivity and value in metal recycling.

This product is supplied with a minimum order quantity (MOQ) of 10 tons, suitable for large-scale buyers and recyclers interested in sourcing high quality scrap materials from France origin.

Common Varieties and Grades

• HMS (Heavy Melting Steel) Grades: HMS 1 (Over 1/4 inch thick scrap) and HMS 2 (Under 1/4 inch thick scrap) typically used with electric motor casings and other steel parts.
• Copper Wire Grades: 99.9% pure copper wire retrieved from motor windings, cleaned and prepared for metal recycling.
• Electronic Scrap: Components and fragments from electrical motors including copper windings, aluminum parts, steel casings, and insulating materials.
• ASH Shape: Refers to the compacted or shredded form of scrap material, designed for easy transportation and processing.

Technical Characteristics

• Copper Purity: 99.9% minimum, ensuring high electrical conductivity and recyclability.
• Weight & Density: ASH shape material is dense for optimized shipping and storage.
• Contaminants: Minimal to no contamination with plastics or hazardous substances to comply with international recycling standards.
• Size and Form: Shredded, compressed ASH shape for easier handling and smelting.

Applications and Uses

Used electric motor scrap and 99.9% copper wire scrap serve vital roles in various industries, such as:

• Metallurgical Industry: Melting down scrap to produce refined copper and steel alloys.
• Electrical Manufacturing: Repurposing copper wire for production of new motors, transformers, and electrical wiring.
• Recycling Industry: Efficient recovery of precious metals and compliance with sustainability goals.
• Construction and Automotive: Use in manufacturing components requiring high-quality metals with excellent durability.

Production and Harvesting Process

The production of these scrap materials typically involves collecting used electric motors and electronic devices, dismantling them to isolate valuable copper wire and ferrous metals, followed by shredding and compression into ASH shapes. Stringent quality control ensures the copper wire maintains 99.9% purity by removing insulation and contaminants. Storage and packaging comply with industry standards to maintain integrity during shipping.

Quality and Grading Standards

Supplied electric motor scrap and copper wire comply with recognized international quality standards for scrap metals. These regulations govern the permissible levels of impurities and ensure that scrap materials meet minimum purity for efficient recycling. Quality certifications emphasize:

• Consistent metal composition
• Low moisture and foreign material content
• Clean separation of copper wire from insulation and other metals
• Proper classification under HMS and copper scrap categories

Packaging and Export Details

These scrap products are packaged in compact ASH shaped bales or bundles, facilitating large volume transport. Packaging aims to minimize damage during export and delivery. Bulk orders starting from 10 tons MOQ are commonly transported via container shipments, optimized for cost efficiency and environmental considerations.

France origin ensures compliance with EU export regulations and high quality logistics handling, making this scrap material an attractive choice for global buyers seeking dependable metal scrap supply.