Mixed Aluminum Cast Scrap Price

Copper/Fractional Electric Motor Scrap consists of small electric motors, typically rated below one horsepower, that contain copper-bearing windings along with steel, iron, aluminum and other components. These motors are commonly recovered from fans, pumps, appliances, HVAC equipment and light-duty industrial machinery.

While copper is an important part of their recycling value, small electric motors are mixed-metal assemblies rather than clean copper scrap. The amount of recoverable copper varies by motor design, winding material and construction. Understanding these differences helps sellers prepare motors correctly, compare buying prices and decide whether dismantling is worthwhile.

What Is a Fractional Horsepower Electric Motor?

A fractional horsepower motor is an electric motor rated to deliver less than one horsepower of mechanical output.

These compact motors power equipment that does not require the output of a larger industrial drive. They are widely used in homes, commercial buildings and manufacturing facilities.

Common examples include:

• Fans and blowers
• Furnace and ventilation equipment
• Small water pumps
• Pool and spa equipment
• Small appliances
• Refrigeration equipment
• Light-duty conveyors
• Selected compressors and machinery

Fractional horsepower describes the motor's power rating, not its weight or copper content. Two motors with the same rating can have different dimensions, construction and recoverable metal values.

What Is Copper/Fractional Electric Motor Scrap?

In scrap-metal trading, Copper/Fractional Electric Motor Scrap generally refers to smaller end-of-life motors containing copper windings.

Motors become scrap when equipment is replaced, damaged or taken out of service and continued use or repair is no longer practical.

A scrap yard typically purchases the complete motor by weight. Its buying price reflects the combined value of the recoverable metals, less the costs of separating and processing them.

Important: A motor classified as copper-bearing is not made entirely of copper. Its steel core, shaft, housing and other components can account for much of its total weight.

What Materials Are Inside a Small Electric Motor?

A motor contains electrical and mechanical components designed to work together. The materials vary depending on whether it is an induction, brushed DC, brushless or another type of motor.

Copper Windings

Many small motors use insulated copper wire in their stator or rotor windings. These conductors create or interact with magnetic fields to produce motion.

Copper is particularly useful in windings because of its high electrical conductivity.

Electrical-Steel Core

Many motors contain stacks of thin electrical-steel laminations. These help carry magnetic flux and are an important source of recoverable ferrous metal.

Rotor and Shaft

The rotor is the rotating portion of the motor. Depending on its design, it may contain electrical steel, aluminum conductors, copper conductors or permanent magnets.

A steel shaft transfers the motor's rotation to the equipment being driven.

Motor Housing

The outer frame or housing may be steel, cast iron, aluminum or another suitable material. Its construction affects the overall weight and recoverable metal mix.

Bearings, Insulation and Other Components

Additional materials may include bearings, plastic components, electrical terminals, winding varnish and cooling fans. Some single-phase motors also use start or run capacitors.

Because different designs contain different material combinations, the weight of a motor cannot be used by itself to calculate its copper content.

How Much Copper Is in a Fractional Electric Motor?

There is no reliable universal copper percentage for every fractional horsepower motor.

Copper content depends on several design characteristics:

• Motor type and manufacturer
• Power rating and operating speed
• Winding material and wire size
• Stator dimensions
• Rotor construction
• Housing and frame material
• Efficiency and intended application

Some motors contain relatively compact windings surrounded by substantial steel. Others use a different arrangement of conductors and magnetic components.

For this reason, a blanket estimate such as 9% or 10% copper by weight should not be applied to every fractional motor.

Commercial processors may use manufacturer information, representative sampling or actual processing results to estimate the recoverable copper in a consistent motor stream.

Do All Fractional Electric Motors Have Copper Windings?

No. Although copper is widely used in electric motors, it is not the only conductor material.

Some motors use aluminum conductors, and certain designs contain copper windings alongside aluminum rotor components.

Small permanent-magnet motors and other specialized designs can have different material arrangements.

When the winding material is important to the buying grade, sellers should retain available manufacturer information or arrange appropriate identification.

Sorting recommendation: Keep motors with confirmed copper windings separate from known aluminum-wound motors when the receiving buyer uses different prices for those categories.

Copper Electric Motors vs. Aluminum Electric Motors

Scrap yards may classify motors according to their winding material and overall recoverable metal composition.

Copper Electric Motors

These contain copper-bearing windings. Their purchase price reflects recoverable copper together with the remaining steel, aluminum and other components.

Aluminum Electric Motors

These contain aluminum conductors in relevant winding components and may receive a different purchasing grade.

The distinction matters because copper and aluminum have different market values, and the costs of recovering each metal can differ.

However, a copper-wound motor does not automatically command a higher total price than every aluminum-wound motor. The actual material weight and construction must also be considered.

RecyclingMonster maintains separate directories for Copper Electric Motors Recycling Centers and Aluminum Electric Motors Recycling Centers.

Fractional Electric Motors vs. Large Electric Motors

The defining distinction is the motor's power rating.

Fractional horsepower motors are rated below one horsepower and are frequently found in appliances and light-duty equipment.

Larger electric motors are used in applications ranging from commercial pumps to industrial manufacturing machinery.

Large motors generally contain more total metal per unit, but that does not mean they always earn a higher price per pound.

Housing weight, winding composition, rotor design and the buyer's processing costs influence the rate paid for either category.

For the related larger-motor grade, see Copper/Large Electric Motor Scrap.

Is Copper the Most Valuable Part of a Scrap Motor?

Copper windings are often among the higher-value recoverable components in a copper-wound motor.

However, the complete assembly also contains recoverable steel, iron and sometimes aluminum.

A motor's recycling value comes from the combination of these materials rather than its copper alone.

For example, a motor with a heavy steel housing may weigh considerably more than a compact motor with a similar winding assembly.

That additional weight does not necessarily mean substantially more recoverable copper.

Are Electric Motor Windings #2 Copper?

Not automatically.

Electric motor windings commonly use magnet wire covered with enamel, varnish or another insulating coating.

Those coatings must be considered when assigning the recovered wire to a copper scrap grade.

Some recyclers maintain dedicated categories for motor winding wire. Others may accept certain prepared material under another copper grade, depending on the buyer's specification.

Important grading rule: Do not assume that copper winding wire automatically meets #2 Copper or another standard grade merely because it was removed from a motor.

Is Copper From Electric Motors Bare Bright?

No. Removing a winding from the stator does not automatically make the copper Bare Bright.

ReMA's Barley specification for #1 Copper Wire requires bare, uncoated, unalloyed material.

Motor winding wire commonly retains enamel or another insulating coating after dismantling.

Therefore, the recovered material must meet the buyer's requirements before it can be sold as a premium bare-copper grade.

Compare #1 Bare Bright Copper Scrap Prices for this different commodity category.

Should You Take Apart a Small Electric Motor for Scrap?

Not necessarily. Dismantling separates the motor into potentially higher-value metal categories, but the work can take more time than the additional recovery is worth.

Before opening a quantity of small motors, compare:

• The complete electric motor buying price
• The actual recoverable copper weight
• The accepted grade of separated winding wire
• The value of steel and aluminum components
• Labor and dismantling time
• Equipment and processing costs
• Handling and transportation expenses

For a small quantity, selling complete motors may be the more economical approach.

For a processor handling consistent industrial volumes, specialized separation equipment can change the economics.

How to Compare Whole-Motor and Recovered-Metal Value

Use actual material weights and purchase quotations to compare the two options.

Should Working Fractional Electric Motors Be Scrapped?

Not automatically. Some functioning motors may have more value as replacement parts, repairable equipment or reusable components.

Before recycling a motor, consider its condition, age, compatibility, repair cost and possible resale value.

Specialized or difficult-to-replace motors may warrant evaluation by a qualified motor-repair business.

Motors that are damaged, obsolete or uneconomical to repair can then enter the scrap recycling stream.

Reuse should be based on appropriate testing. An untested motor should not be represented as fully operational.

Fractional Motors vs. Sealed Compressor Scrap

A conventional small electric motor should not be confused with a sealed refrigeration compressor.

A hermetic compressor combines an electric motor and mechanical compressor within a sealed housing.

These assemblies may contain refrigerant and compressor oil and require different environmental and safety considerations.

Scrap yards frequently purchase sealed compressors under a separate category.

See Copper/Sealed Motors Scrap for a detailed explanation.

Fractional Electric Motors vs. Starters and Alternators

Automotive starters and alternators can also contain copper-bearing electrical components, but they are not interchangeable with ordinary fractional electric motor scrap.

A starter motor is used to crank an engine. An alternator is an electrical generator used in a vehicle charging system.

Both may have separate scrap, remanufacturing or core purchasing markets.

Do not combine starters and alternators with an electric motor load if the receiving scrap yard maintains separate buying grades.

See Alternator Scrap and Starters Scrap Prices.

Where Does Fractional Electric Motor Scrap Come From?

Small motors enter recycling through equipment replacement, maintenance, appliance dismantling and industrial production.

Common sources include:

• HVAC contractors: Fan, blower and furnace motor replacements
• Appliance recyclers: Motors recovered from household and commercial appliances
• Pump service companies: Small water pump and circulation motor replacements
• Industrial maintenance: Light-duty motors removed from machinery
• Building renovations: Ventilation and mechanical equipment upgrades
• Manufacturers: Rejected motor assemblies and production scrap
• Equipment processors: Motors recovered during controlled dismantling

The source can help identify the motor, but it does not establish the exact winding metal or the accepted scrap grade.

How to Identify Fractional Electric Motor Scrap

Accurate identification starts with the motor's nameplate and construction.

1. Check the nameplate: Record the manufacturer, model, horsepower, voltage and other identifying information.
2. Confirm the motor type: Identify whether it is an AC induction motor, DC motor or another design.
3. Review winding information: Determine whether the windings are copper or aluminum when reliable information is available.
4. Inspect the frame: Identify steel, cast iron or aluminum housing material.
5. Check the assembly: Note attached fans, pumps, pulleys, gearboxes or other equipment.
6. Identify special components: Check for external capacitors or electronic controls requiring separate attention.
7. Separate unrelated grades: Keep sealed compressors, starters, alternators and transformers apart.
8. Confirm the buying category: Ask whether the recycler accepts the material as copper motors, general motors or another grade.

Identification note: A horsepower rating is not a copper-content measurement. Conductor color and a magnetic test are also not sufficient to establish winding purity.

Safe Handling of Small Electric Motors

Electric motors can retain electrical or mechanical hazards even after equipment has been switched off.

Motors connected to equipment may be exposed to stored energy, rotating components or other mechanical systems.

Some single-phase motors use capacitors that can retain an electrical charge after power is disconnected.

Before dismantling or servicing, qualified personnel should ensure that applicable electrical isolation and hazardous-energy control requirements have been satisfied.

OSHA's 29 CFR 1910.147 establishes lockout/tagout requirements for covered servicing and maintenance activities involving unexpected energization or release of stored energy.

Other electrical safety requirements may apply according to the equipment and work activity.

Critical safety rule: Do not dismantle a motor connected to an energized circuit, interfere with unidentified capacitors or attempt uncontrolled electrical testing while preparing scrap.

Can Motor Windings Be Burned to Recover Copper?

No. Open burning is not an appropriate method of recovering copper from motor windings.

Winding insulation, varnish, resins and surrounding materials can produce hazardous emissions when burned.

Uncontrolled heating can also oxidize or contaminate the recovered copper.

Professional motor recyclers use suitable mechanical processing and metal-separation equipment to recover the conductor and ferrous-metal fractions.

How Are Fractional Electric Motors Recycled?

Small electric motors are recycled by separating their recoverable metals from insulation and other nonmetallic components.

A professional recycling process may include:

1. Receiving and grading: Motors are weighed, inspected and assigned to an accepted purchasing category.
2. Reuse assessment: Suitable units may be evaluated for repair, refurbishment or parts recovery.
3. Safe preparation: Electrical and mechanical hazards are controlled before processing.
4. Component separation: Housings, shafts, rotors and other parts are separated where appropriate.
5. Winding recovery: Suitable mechanical equipment is used to recover copper-bearing windings.
6. Ferrous separation: Electrical steel, shafts and other iron-bearing parts are collected.
7. Nonferrous separation: Copper and aluminum fractions are sorted.
8. Quality inspection: Recovered materials are evaluated against downstream purchasing requirements.
9. Secondary-metal processing: Accepted metals enter appropriate recycling facilities.

Not every scrap yard performs the full process on-site. Some facilities purchase complete motors and supply specialized processors.

Copper/Fractional Electric Motor Scrap Prices

Scrap prices for fractional motors depend on the buying grade, actual copper recovery, total weight, winding material, contamination, quantity and local demand.

A complete small motor is normally valued as a mixed-metal assembly rather than at the price of clean copper wire.

What Affects the Buying Price?

• Copper content: Quantity of recoverable copper windings
• Winding material: Copper, aluminum or mixed construction
• Housing: Steel, cast iron or aluminum
• Rotor design: Type and composition of rotor components
• Motor condition: Whole, stripped or contaminated units
• Attached equipment: Pumps, fans, pulleys and other components
• Quantity: Total shipment weight and consistency
• Market conditions: Copper, aluminum and ferrous scrap demand
• Location: Transportation costs and processing availability
• Buyer requirements: Preparation, inspection and possible deductions

Available Copper Electric Motor Scrap Prices

Review RecyclingMonster's available motor-price observations below. Always confirm the exact material description, reported date, location, currency and weight unit.

price

For material-specific comparisons, visit Copper Electric Motors Prices and General Electric Motors Scrap Prices.

Neither category is necessarily exclusive to fractional horsepower motors. General copper-scrap and Bare Bright prices should not be used as direct quotations for complete motor assemblies.

How to Improve Fractional Electric Motor Scrap Value

Good preparation is mainly about correct classification and avoiding unnecessary processing.

1. Separate motor types: Keep ordinary motors apart from sealed compressors.
2. Identify winding material: Separate known copper-wound and aluminum-wound units when required.
3. Keep automotive components separate: Do not mix starters and alternators when dedicated grades exist.
4. Check for reuse value: Evaluate working or repairable motors before sending them to scrap.
5. Remove unrelated debris: Follow the buyer's requirements for excessive attached materials.
6. Preserve identification: Keep useful manufacturer records and nameplates where possible.
7. Avoid burning or unsafe dismantling: Use qualified processing methods.
8. Compare buying rates: Ask whether the yard uses Copper Electric Motors, General Electric Motors or another grade.
9. Document quantities: Record weight, condition and motor type for commercial loads.
10. Confirm preparation requirements: Obtain acceptance terms before dismantling large quantities.

Where Can You Sell Copper/Fractional Electric Motor Scrap?

Fractional Electric Motor Scrap may be purchased by scrap-metal yards, motor recyclers, appliance processors and nonferrous recycling businesses.

Not every facility maintains a separate fractional horsepower category. Some purchase small copper-bearing motors under a broader Electric Motors grade.

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RecyclingMonster maintains a dedicated Copper Electric Motors Recycling Centers Directory for facilities listing copper motors among their accepted materials.

The broader Electric Motors Recycling Centers Directory offers additional potential buyers.

You can also use Recycle an Item or browse the Metal Recycling Centers Directory.

Buyer verification: A company directory listing does not guarantee current acceptance of fractional motors or a particular buying price. Contact the facility to confirm its grading, minimum quantity and delivery requirements.

Selling Bulk Quantities of Fractional Electric Motors

HVAC contractors, appliance recyclers, equipment manufacturers and industrial maintenance companies can accumulate significant quantities of small motors.

For recurring or large-volume sales, buyers and sellers should confirm:

• Accepted copper-wound motor grade
• Aluminum-wound or mixed-motor restrictions
• Whether sealed compressors are excluded
• Permitted housings and attached components
• Complete versus dismantled motor acceptance
• Required electrical and environmental preparation
• Minimum shipment weight
• Gaylord, pallet or container options
• Pickup and transportation arrangements
• Delivered versus collected prices
• Material weighing and inspection
• Grade adjustments and processing deductions
• Payment and settlement terms

Consistent sorting at the point of generation helps buyers evaluate material more accurately and reduces unnecessary mixing between motor grades.

Frequently Asked Questions About Fractional Electric Motor Scrap

Material information and safety notice: Copper/Fractional Electric Motor Scrap prices, recoverable metal content and buyer acceptance vary by design, condition, preparation, location and reporting date. Electrical and mechanical equipment may contain stored energy or components requiring specialized handling. Final grading and purchasing terms depend on the receiving recycler.