sa传媒有限公司 Fri, 28 Aug 2026 11:31:12 +0000 en-US hourly 1 https://wordpress.org/?v=7.0.2 /wp-content/uploads/2024/03/cropped-favicon1-32x32.png sa传媒有限公司 32 32 KR600 COPPER WIRE GRANULATOR /solution/copper-wire-reycling-machine/kr600-copper-wire-granulator/ Fri, 21 Aug 2026 13:30:50 +0000 /?p=1435
HIGHER-CAPACITY DRY CABLE RECYCLING

KR600 Copper Wire Granulator

Recover Copper from Prepared Industrial, Thick and Armored Cable

The KR600 is a dry-type integrated copper wire granulator for medium recycling operations processing prepared industrial, thick and armored cable.

Get KR600 Quote
CHECK YOUR CABLE FIT

Is KR600 Right for Your Material?

Share cable type, diameter, copper content and target capacity. We will confirm direct granulation or the required pre-treatment.

  • Direct feed: prepared cable with an outer diameter of 0.5–10 mm
  • Cable with an outer diameter of 10–20 mm: stripping and/or pre-shredding required
  • Armored or iron-bearing cable: pre-shredding and magnetic separation required
  • Oily or wet cable: degrease and dry before processing
Contact US

300–400 kg/h*

Technical-sheet capacity

46.81 kW

Total installed power

Dry Separation

No routine process water

2 Test Batches

Recorded with 100 kg input

SUITABLE INPUT MATERIALS

Tell Us What Cable You Process

Confirm cable composition and preparation before selecting optional equipment.

Industrial Power Cable

Large-diameter industrial cable after controlled pre-shredding.

Armored Cable

Pre-shred and remove steel with magnetic separation before granulation.

Heavy Mixed Cable

Sorted heavy cable with plugs, iron and unsuitable contaminants removed.

Pretreated Thick Cable

Prepared thick or bundled cable sized for stable feeding.

Check Your Cable Fit
HOW THE KR600 WORKS

From Prepared Cable to Separated Outputs

Prepared cable enters the integrated KR600 for dry granulation, airflow separation and vibration refinement.

01

Prepare Feed

Pre-shred large or bundled cable and remove iron before the main machine.

02

Granulate

The 30 kW crusher releases copper from heavy insulation.

03

Air Separate

Frequency-controlled airflow separates the material by density.

04

Vibration Refine

Two vibrating separation tables further screen and refine both fractions.

05

Collect Outputs

Copper-rich and plastic-rich streams discharge separately.

RECORDED KR600 TEST RESULTS

Two Documented 100 kg Test Batches

These figures describe the recorded batches only and are not guaranteed results for every cable mixture.

TEST 01 · INDUSTRIAL POWER CABLE

100 kg Input · 30 Minutes

  • Feed: approx. 50% copper · large-diameter cable
  • Pre-treatment: shredding
  • Copper-rich output: 49.0 kg
  • Recorded copper purity: 99.0%
  • Recorded copper recovery: 97.8%
  • Plastic-rich output: 48.5 kg
TEST 02 · ARMORED CABLE

100 kg Input · 30 Minutes

  • Feed: approx. 35–45% copper · steel armor
  • Pre-treatment: shredding and magnetic separation
  • Copper-rich output: 41.0 kg
  • Recorded copper purity: 98.5%
  • Recorded copper recovery: 96.5%
  • Plastic-rich output: 45.0 kg
  • Iron and other materials: 14.0 kg

Evidence note: the current report does not state the purity sampling method, laboratory method or repeated-test count. Publish the purity and recovery figures as recorded batch data, not as universal guarantees.

WHY CHOOSE KR600

A Higher-Capacity Industrial Cable Recycling System

The KR600 is designed for medium recycling operations processing prepared heavy industrial, thick and armored cable. Its 30 kW crusher and integrated main machine provide the larger-capacity option in the KR range, with pre-shredding and magnetic separation selected to match the feed.

  • Higher technical-sheet capacity in the KR range
  • 30 kW crusher for prepared heavy cable
  • Integrated dry crushing and separation
  • Pre-treatment and magnetic separation selected by feed
  • Material-based configuration before quotation
Get a Material-Based Recommendation
DETAILED PARAMETERS

KR600 Technical Specifications

Use the final quotation and equipment list for installation and shipment planning.

Technical-sheet capacity

300–400 kg/h*

Total installed power

46.81 kW

Crusher motor

30 kW

Main machine dimensions

4300 × 1900 × 3700 mm · includes piping and platform; excludes pre-shredder and conveyors

Vibrating table dimensions

2030 × 645 × 1110 mm

Vibrating table motor

0.18 kW × 2

Air separation table

2.2 kW · frequency controlled

Fan under air separator

3 kW · frequency controlled

Dust extraction fan

7.5 kW

Dust collection / airlock

36-bag collector · 0.75 kW airlock

Main machine net weight

4000 kg

Separation method

Dry mechanical separation

*The technical sheet lists 300–400 kg/h. Actual throughput depends on cable type, diameter, copper content, preparation, contamination and feeding consistency. Two recorded 100 kg batches each ran for 30 minutes, equivalent to 200 kg/h for those test configurations. Confirm the planned capacity against your material before sizing the line.

CONFIGURATION

Core Machine or Complete Line?

The final supply scope must follow the signed quotation. Complete-line photos do not automatically represent the standard KR600 package.

PROVISIONAL STANDARD

Integrated KR600 System

  • Integrated KR600 main machine with 30 kW crusher
  • Air and gravity separation unit
  • Two vibrating separation tables
  • Electrical control cabinet
  • Dust collection with 7.5 kW fan and 0.75 kW airlock
  • Basic spare parts and tools
OPTIONAL MODULES

Build Around Your Feed

  • Pre-shredder
  • Feed conveyor
  • Magnetic separator
  • Electrostatic separator
  • Water separation table
  • Pulse dust collection upgrade
FREQUENTLY ASKED QUESTIONS

Before You Select a KR600

The KR600 processes prepared industrial power cable, thick cable, selected mixed cable and armored cable after suitable pre-treatment. Cable with an outer diameter of 10–20 mm requires stripping and/or pre-shredding. Armored or iron-bearing cable requires magnetic separation before entering the main machine.
No. The technical sheet lists 300–400 kg/h, but actual throughput varies with cable type, diameter, copper content, pre-treatment and feeding conditions. Two recorded 100 kg batches each ran for 30 minutes. Confirm the planned capacity against your material before sizing the line.
Not automatically. The standard delivery is the integrated KR600 main machine. Pre-shredders, conveyors, magnetic separators and downstream refining equipment must follow the signed quotation and equipment list.
The core crushing and air-separation process is dry. A water separation table is optional when the material and output target justify wet secondary separation.
Factory trials are supported. Send material photos or videos, cable diameter, estimated copper content, contaminants and target capacity first. Our team will confirm whether a factory trial is required and arrange the test conditions.
GET YOUR PROJECT QUOTE

Get a KR600 Configuration Based on Your Cable

Tell us what cable you process and what output you need. We will recommend the preparation method, core machine and optional modules.

  • Cable type and diameter
  • Estimated copper content
  • Contaminants and preparation
  • Target capacity and hours
  • Site voltage and frequency

Send Your Material Details

Choose the closest material. You can add details in the message box.
If you are not sure which model fits, choose recommendation.

We use the information you submit to evaluate your material, recommend a configuration and follow up on your quotation request.

Not Sure If KR600 Matches Your Cable?

Send photos or a short video. We will review the material before recommending the configuration.

Contact Us
View other models
]]> KR300 COPPER WIRE GRANULATOR /solution/copper-wire-reycling-machine/kr300-copper-wire-granulator/ Fri, 21 Aug 2026 13:24:10 +0000 /?p=1423
SMALL-SCALE DRY CABLE RECYCLING

KR300 Copper Wire Granulator

Recover Copper from Prepared Household, Automotive and Communication Cable

The KR300 is a dry-type copper wire granulator for small recycling operations processing prepared household, automotive and communication cable.

Get KR300 Quote
CHECK YOUR CABLE FIT

Is KR300 Right for Your Material?

Share cable type, diameter, copper content and target capacity. We will confirm direct granulation or the required pre-treatment.

  • Direct feed: prepared cable with an outer diameter of 0.5–10 mm
  • Cable with an outer diameter of 10–20 mm: stripping and/or pre-shredding required
  • Plugs, terminals and iron: remove before feeding or add magnetic separation
  • Oily or wet cable: degrease and dry before processing
Send Cable Photos

130–150 kg/h*

Technical-sheet capacity

12.6 kW

Total installed power

Dry Separation

No routine process water

3 Test Batches

Recorded with 100 kg input

SUITABLE INPUT MATERIALS

Tell Us What Cable You Process

Confirm cable composition and preparation before selecting optional equipment.

Household & Appliance Wire

Prepared household wire and appliance wiring.

Automotive Wiring Harness

Remove connectors and pre-shred bundled harnesses.

Communication & Network Cable

Fine cable may require adjusted feeding or pre-shredding.

Pretreated Mixed Cable

Sorted mixed cable with iron and unsuitable contaminants removed.

Check Your Cable Fit
HOW THE KR300 WORKS

From Prepared Cable to Separated Outputs

Dry granulation, airflow separation and vibration refinement produce separate copper-rich and plastic-rich streams.

01

Sort & Prepare

Remove plugs, iron, oil and unsuitable contaminants before feeding.

02

Granulate

The 5.5 kW crusher releases copper from the insulation.

03

Air Separate

Frequency-controlled airflow separates the material by density.

04

Vibration Refine

Two vibrating separation tables further screen and refine both fractions.

05

Collect Outputs

Copper-rich and plastic-rich streams discharge separately.

RECORDED KR300 TEST RESULTS

Three Documented 100 kg Test Batches

These figures describe the recorded batches only and are not guaranteed results for every cable mixture.

TEST 01 · HOUSEHOLD APPLIANCE WIRE

100 kg Input · 1 Hour

  • Feed: approx. 25% copper · cable diameter 2–15 mm
  • Pre-treatment: stripping and shredding
  • Copper-rich output: 19.0 kg
  • Recorded copper purity: 98.2%
  • Recorded copper recovery: 97.4%
  • Plastic-rich output: 77.5 kg
TEST 02 · AUTOMOTIVE WIRING HARNESS

100 kg Input · 1 Hour

  • Feed: approx. 35% copper · tape, connectors and minor contaminants
  • Pre-treatment: shredding
  • Copper-rich output: 34.1 kg
  • Recorded copper purity: 98.5%
  • Recorded copper recovery: 97.4%
  • Plastic-rich output: 62.8 kg
TEST 03 · COMMUNICATION CABLE

100 kg Input · 1 Hour

  • Feed: approx. 20% copper · high proportion of fine wire
  • Pre-treatment: direct feed; optional pre-shredding by diameter
  • Copper-rich output: 19.2 kg
  • Recorded copper purity: 97.8%
  • Recorded copper recovery: 94.0%
  • Plastic-rich output: 78.1 kg

Evidence note: the current report does not state the purity sampling method, laboratory method or repeated-test count. Publish the purity and recovery figures as recorded batch data, not as universal guarantees.

WHY CHOOSE KR300

A Compact Entry-Level Cable Recycling System

The KR300 is designed for small recycling operations processing prepared household, automotive and communication cable. It keeps installed power and footprint lower than the larger KR models while retaining dry crushing and separation.

  • Lower installed power for small operations
  • Compact main machine and working footprint
  • Dry crushing and separation
  • Configurable pre-treatment for bundled or contaminated cable
  • Material-based configuration before quotation
Get a Material-Based Recommendation
DETAILED PARAMETERS

KR300 Technical Specifications

Use the final quotation and equipment list for installation and shipment planning.

Technical-sheet capacity

130–150 kg/h*

Total installed power

12.6 kW

Crusher motor

5.5 kW

Main machine dimensions

1700 × 1300 × 2250 mm · excluding vibrating tables

Vibrating table dimensions

950 × 450 × 280 mm

Vibrating table motor

0.25 kW × 2

Air separation table

2.2 kW · frequency controlled

Fan under air separator

2.2 kW · frequency controlled

Dust extraction fan

2.2 kW

Dust collection

Standard bag-type dust collection

Main machine net weight

680 kg

Separation method

Dry mechanical separation

*The technical sheet lists 130–150 kg/h. Actual throughput depends on cable type, diameter, copper content, preparation, contamination and feeding consistency. Three recorded 100 kg batches each ran for 1 hour, equivalent to 100 kg/h for those batches. Confirm the planned capacity against your material before sizing the line.

CONFIGURATION

Core Machine or Complete Line?

The final supply scope must follow the signed quotation. Complete-line photos do not automatically represent the standard KR300 package.

PROVISIONAL STANDARD

Core KR300 System

  • Crusher / main machine
  • Air and gravity separation unit
  • Two vibrating separation tables
  • Electrical control cabinet
  • Standard bag-type dust collection
  • Basic spare parts and tools
OPTIONAL MODULES

Build Around Your Feed

  • Pre-shredder
  • Feed conveyor
  • Magnetic separator
  • Electrostatic separator
  • Water separation table
  • Pulse dust collection upgrade
FREQUENTLY ASKED QUESTIONS

Before You Select a KR300

The KR300 processes prepared household wire, appliance wire, network cable, automotive wire and selected mixed cable. Cable with an outer diameter of 0.5–10 mm can be evaluated for direct feeding. Cable with an outer diameter of 10–20 mm requires stripping and/or pre-shredding. Remove plugs, terminals, iron, oil and excess moisture before feeding.

No. The technical sheet lists 130–150 kg/h, but actual throughput varies with cable type, diameter, copper content, preparation and feeding conditions. Three recorded 100 kg batches each ran for 1 hour. Confirm the planned capacity against your material before sizing the line.

Not always. Short, clean and suitably sized wire may feed directly. Long, bundled, thick or mixed cable generally requires cutting or pre-shredding before entering the KR300.

The core crushing and air-separation process is dry. A water separation table is optional when the material and output target justify wet secondary separation.

Factory trials are supported. Send material photos or videos, cable diameter, estimated copper content, contaminants and target capacity first. Our team will confirm whether a factory trial is required and arrange the test conditions.

GET YOUR PROJECT QUOTE

Get a KR300 Configuration Based on Your Cable

Tell us what cable you process and what output you need. We will recommend the preparation method, core machine and optional modules.

  • Cable type and diameter
  • Estimated copper content
  • Contaminants and preparation
  • Target capacity and hours
  • Site voltage and frequency

Send Your Material Details

Choose the closest material. You can add details in the message box.
If you are not sure which model fits, choose recommendation.

We use the information you submit to evaluate your material, recommend a configuration and follow up on your quotation request.

Not Sure If KR300 Matches Your Cable?

Send photos or a short video. We will review the material before recommending the configuration.

Contact us
View other models
]]> KR400 COPPER WIRE GRANULATOR /solution/copper-wire-reycling-machine/kr400-copper-wire-granulator/ Fri, 21 Aug 2026 09:25:53 +0000 /?p=1406
MID-SCALE DRY CABLE RECYCLING

KR400 Copper Wire Granulator

Recover Copper from Mixed Household and Industrial Cable

The KR400 is a dry-type copper wire granulator for small and medium recycling operations processing prepared household, building and industrial cable.

Get KR400 Quote
CHECK YOUR CABLE FIT

Is KR400 Right for Your Material?

Share cable type, diameter, copper content and target capacity. We will confirm direct granulation or the required pre-treatment.

  • Direct feed: prepared cable with an outer diameter of 0.5–10 mm
  • Cable with an outer diameter of 10–20 mm: stripping and/or pre-shredding required
  • Plugs, terminals and iron: remove before feeding or add magnetic separation
  • Oily or wet cable: degrease and dry before processing
Contact Us

150–200 kg/h

Technical-sheet capacity*

19.56 kW

Total installed power

Dry Separation

No routine process water

2 Test Batches

Recorded with 100 kg input

SUITABLE INPUT MATERIALS

Tell Us What Cable You Process

Confirm cable composition and preparation before selecting optional equipment.

Household & Building Wire

Prepared household and building wire.

Mixed Cable

Sorted mixed cable with contaminants removed.

Industrial Control Cable

Control cable; pre-shredding may be required.

Pretreated Thick Cable

Pretreated thick or bundled cable.

Check Your Cable Fit
HOW THE KR400 WORKS

From Prepared Cable to Separated Outputs

Dry granulation, airflow separation and vibration refinement produce separate copper-rich and plastic-rich streams.

01

Sort & Prepare

Remove iron, plugs and unsuitable contaminants.

02

Granulate

The 11 kW crusher releases copper from insulation.

03

Air Separate

Frequency-controlled airflow separates by density.

04

Vibration Refine

Two vibrating separation tables further screen and refine the copper-rich and plastic-rich fractions.

05

Collect Outputs

Copper-rich and plastic-rich streams discharge separately.

RECORDED KR400 TEST RESULTS

Two Documented 100 kg Test Batches

These figures describe the recorded batches only and are not guaranteed results for every cable mixture.

TEST 01 · AIR CONDITIONER CABLE

100 kg Input · 45 Minutes

  • Diameter: approx. 5–15 mm
  • Pre-treatment: stripping and shredding
  • Copper-rich output: 39.0 kg
  • Recorded copper purity: 98.6%
  • Recorded copper recovery: 96.3%
  • Plastic-rich output: 58.5 kg
TEST 02 · INDUSTRIAL CONTROL CABLE

100 kg Input · 40 Minutes

  • Multi-core cable with thick plastic jacket
  • Pre-treatment: shredding
  • Copper-rich output: 44.0 kg
  • Recorded copper purity: 98.8%
  • Recorded copper recovery: 96.8%
  • Plastic-rich output: 53.2 kg

Evidence note: the current report does not state sampling weight, laboratory method or repeated-test count. Publish the purity and recovery figures as recorded batch data, not as universal guarantees.

WHY CHOOSE KR400

A Practical Mid-Range Cable Recycling System

The KR400 fills the gap between a small entry-level granulator and a larger industrial line. It gives growing recyclers room to increase daily processing while keeping the configuration matched to the actual feed.

  • Balanced capacity and investment
  • Frequency-controlled airflow and vibration
  • Dry crushing and separation
  • Configurable pre-treatment modules
  • Material-based configuration before quotation
Get a Material-Based Recommendation
DETAILED PARAMETERS

KR400 Technical Specifications

Use the final quotation and equipment list for installation and shipment planning.

Technical-sheet capacity

200–300 kg/h*

Total installed power

19.56 kW

Crusher motor

11 kW

Main machine dimensions

1900 × 1630 × 2630 mm

Vibrating table dimensions

2000 × 645 × 860 mm

Vibrating table motor

0.18 kW × 2

Air separation table

2.2 kW · frequency controlled

Fan under air separator

3 kW · frequency controlled

Top dust suction fan

3 kW

Dust collection

36-bag dust collector

Reference machine weight

2200 kg

Separation method

Dry mechanical separation

*The technical sheet lists 200–300 kg/h. Actual throughput depends on cable type, diameter, copper content, preparation, contamination and feeding consistency. Two recorded 100 kg batches were equivalent to approximately 133–150 kg/h. Confirm the planned capacity against your cable before sizing the line.

CONFIGURATION

Core Machine or Complete Line?

The final supply scope must follow the signed quotation. Complete-line photos do not automatically represent the standard KR400 package.

PROVISIONAL STANDARD

Core KR400 System

  • Crusher / main machine
  • Air and gravity separation unit
  • Two vibrating separation tables
  • Electrical control cabinet
  • Bag-type dust collection
  • Basic spare parts and tools
OPTIONAL MODULES

Build Around Your Feed

  • Pre-shredder
  • Feed conveyor
  • Magnetic separator
  • Electrostatic separator
  • Water separation table
  • Upgraded pulse dust collection
FREQUENTLY ASKED QUESTIONS

Before You Select a KR400

Prepared household wire, building wire, automotive wire, network cable and selected industrial control cable. Final suitability depends on diameter, length, conductor type, copper content and contamination.

No. The technical sheet lists 150–200 kg/h, but actual throughput varies with cable type, diameter, copper content, preparation and feeding conditions. Two recorded 100 kg batches were equivalent to approximately 133–150 kg/h. Confirm the planned capacity against your material before sizing the line.

Not always. Short, clean and suitably sized wire may feed directly. Long, bundled, thick or mixed cable generally benefits from pre-shredding.

The core crushing and air-separation process is dry. A water table is optional when the material and output target justify wet polishing.

Factory trials are supported. Send material photos or videos, cable diameter, estimated copper content, contaminants and target capacity first. Our team will confirm whether a factory trial is required and arrange the test conditions.

GET YOUR PROJECT QUOTE

Get a KR400 Configuration Based on Your Cable

Tell us what cable you process and what output you need. We will recommend the preparation method, core machine and optional modules.

  • Cable type and diameter
  • Estimated copper content
  • Contaminants and preparation
  • Target capacity and hours
  • Site voltage and frequency

Send Your Material Details

Choose the closest material. You can add details in the message box.
If you are not sure which model fits, choose recommendation.

We use the information you submit to evaluate your material, recommend a configuration and follow up on your quotation request.

Not Sure If KR400 Matches Your Cable?

Send photos or a short video. We will review the material before recommending the configuration.

Contact Us
View Other models
]]> Copper Wire Recycling Machine /solution/copper-wire-recycling-machine/ Wed, 15 Jul 2026 06:33:14 +0000 /?p=1231

Copper Wire Recycling Machine

130-400 KG/H

PROCESSING RANGE

95-97%

SORTING RANGE

Factory Direct

Manufacturer supply

95-97%

Sorting rate

Layout Support

Plant planning help

After-sales Service

Installation guidance

Turn Waste Cables Into Clean Copper Granules

KR series copper wire recycling machines separate mixed waste wires into clean copper granules and plastic with high efficiency and stable performance.

Compare Models
Get Quote

High-Efficiency Separation in 4 Simple Steps

Feeding

Waste cables are fed into the machine evenly

Crushing

Multi-knife crushing system breaks cables into small pieces

Air Separation

Air classification separates copper from plastic

Copper Output

Clean copper granules with high purity and low loss

Choose the Right Model for Your Needs

Capacity varies with cable thickness, copper content and feeding length. These three models cover common small and medium recycling needs.

KR300

Entry Model Capacity: 130-150 kg/h Power: 12.35 kW Weight: 680 kg

KR400

Balanced Model Capacity: 200-300 kg/h Power: 19.38 kW Weight: 2200 kg

KR600

High Output Model Capacity: 350-400 kg/h Power: 46.63 kW Weight: 4000 kg

What Materials Can Be Recycled

Output Quality & Separation Result

Stable airflow sorting separates copper and plastic with high purity, low copper loss, and clean finished output.

Detailed Parameters

Model KR300 KR400 KR600
Main Unit Dimensions (L*W*H) 3300*1000*2200 mm 1900*1630*2630 mm 4300*1900*3700 mm
Vibrating Sorting Bed 2000*645*860 mm 2000*645*860 mm 2030*645*1110 mm
Capacity 130-150 kg/h 200-300 kg/h 350-400 kg/h
Total Power 12.35 kW 19.38 kW 46.63 kW
Machine Weight 680 kg 2200 kg 4000 kg

Why Choose sa传媒有限公司 Copper Wire Granulator

sa传媒有限公司 provides copper wire granulator solutions designed for stable separation, clean copper output, and long-term recycling operation. From machine selection to plant layout and after-sales support, we help you build a system that matches your raw materials, capacity target, and workshop conditions.

?

Factory Direct Supply

Manufacturer support from selection to delivery.

After-Sales Support

Installation guidance, training, and spare parts service.

Custom Layout Design

Matched to your materials, capacity, and workshop space.

Clean Copper Output

Efficient separation for high-quality copper granules.

Factory Service Workflow

From the first inquiry to installation support, sa传媒有限公司 follows a clear project process to help you choose the right copper wire granulator line and start production with confidence.

Requirement Analysis

We confirm your raw material type, cable size, copper content, target capacity, workshop space, and local power conditions.

Solution & Layout Design

Our team recommends the suitable model, supporting equipment, dust collection setup, and plant layout based on your project needs.

Manufacturing & Factory Test

The machine is manufactured, assembled, inspected, and tested before shipment to help ensure stable operation after delivery.

Delivery & Installation Support

We provide packing, shipping coordination, installation guidance, operation training, and spare parts support for your recycling line.

Get Your Project Quote

Tell us about your raw materials, target capacity, and workshop requirements. Our team will recommend a suitable copper wire granulator model and provide a practical recycling solution for your project.

?

Choose the closest material. You can add details in the message box.
If you are not sure which model fits, choose recommendation.

Factory & Delivery

Global Projects

]]> Cathode Material of Lithium-ion Battery Recycling Machine /solution/cathode-material-of-lithium-ion-battery-recycling-machine/ /solution/cathode-material-of-lithium-ion-battery-recycling-machine/#respond Sat, 16 Mar 2024 08:24:55 +0000 /?p=820

Cathode Material of Lithium-ion Battery Recycling Machine

Customized Solutions From sa传媒有限公司 Machinery

What's Cathode Material of Lithium-ion Battery Recycling Machine

sa传媒有限公司 Machinery’s lithium battery cathode material recycling equipment is a professional production line designed specifically for the characteristics of lithium battery cathode materials. Comprising graphite and copper foil, the cathode material undergoes processes such as shredding, crushing, and screening to effectively separate the graphite powder and copper. Engineered with negative pressure design, our equipment achieves high graphite recovery rates with no dust pollution. Additionally, we offer customizable solutions tailored to meet the unique needs of each customer.

Raw Materials & Final Products

Raw Materials

The raw material is the cathode of lithium-ion batteries. The cathode of ternary lithium-ion batteries contains graphite and copper.

Final Products

The output products are graphite (containing lithium cobalt oxide or lithium iron phosphate), copper, and a small amount of iron.

Classic case of sa传媒有限公司 Machinery Lithium-ion Battery Recycling Machine

Technological Process

The cathode film is processed through shredder, crusher, high-speed crusher, magnetic separator, fully enclosed drum screen, rotary screen, and other equipment to separate graphite and copper, achieving a recovery rate of over 99%.

Main Machines

Shredder

Shreds the cathode film into small pieces

Crusher

Further crushes the shredded cathode film into smaller pieces

Turbo Grinder

Crushes the material into very small particles, increasing the recovery rate.

Fully Enclosed Drum Screen

Screens out most of graphite

Rotary Screen

Further improves the recovery rate of graphite and copper in the material.

Magnetic Separator

Separates iron from lithium batteries

Technical Parameters

Model Capacity
KR-Q400 300Kg/H
KR-Q600 500Kg/H
KR-Q800 1000Kg/H
KR-Q1000 1500Kg/H
KR-Q1200 2000Kg/H

Note: sa传媒有限公司 Machine’s cathode material of lithium-ion battery recycling machine is a customized solution. The data in the table is for reference only. For detailed technical parameters and production line configurations, please consult us.

Technical Standards
Recovery Graphite 99%
Copper granules 99%
Purity Graphite 99%
Copper granules 99%

Why Choose sa传媒有限公司

Service One

sa传媒有限公司 MACHINERY has years of experience in the field of recycling scrap metals, with superior design capabilities and after-sales service.

Service Two

sa传媒有限公司 MACHINERY's lithium-ion battery recycling equipment adopts a negative pressure design, resulting in higher recovery rates and no dust pollution.

Service Three

The majority of lithium-ion batteries can be recycled using our equipment without the need for manual disassembly.

Service Four

The entire production line is controlled by PLC, making operation convenient and saving labor.

Service Five

We promise a one-year warranty for our equipment, excluding consumable parts.

Contact Us Now

Tell us your raw material, location, target capacity, budget/timeline if available.

Phone/WhatsAPP

+86 15838030256

E-mail

Andywang@keruimachinery.com

Address

Luokou VIllage, Xicun Town, Gongyi City, Henan povince, China

Socials

]]> /solution/cathode-material-of-lithium-ion-battery-recycling-machine/feed/ 0 Anode Material Of Lithium-ion Battery Recycling Machine /solution/anode-material-of-lithium-ion-battery-recycling-machine/ /solution/anode-material-of-lithium-ion-battery-recycling-machine/#respond Sat, 16 Mar 2024 07:53:20 +0000 /?p=809

Anode Material of Lithium-ion Battery Recycling Machine

Customized Solutions From sa传媒有限公司 Machinery

What's Anode Material of Lithium-ion Battery Recycling Machine

sa传媒有限公司 Machinery’s lithium-ion battery anode material recycling machine is a specialized production line designed according to the characteristics of lithium-ion battery anode materials. The anode material of lithium batteries consists of lithium cobaltate powder (or lithium iron phosphate) and aluminum foil. Through processes such as shredding, crushing, and screening, the lithium cobaltate powder (or lithium iron phosphate) and aluminum are separated. The entire equipment set is designed with negative pressure to achieve high recovery rates for black mass with no dust pollution, and can be customized to the most reasonable solution according to customer needs.

Raw Materials & Final Products

Raw Materials

The raw material is the anode of lithium-ion batteries. The anode of ternary lithium-ion batteries contains lithium cobalt oxide and aluminum, while the anode of lithium iron phosphate batteries contains lithium iron phosphate and aluminum.

Final Products

The output products are black mass (containing lithium cobalt oxide or lithium iron phosphate), aluminum, and a small amount of iron.

Classic case of sa传媒有限公司 Machinery Lithium-ion Battery Recycling Machine

Technological Process

The anode film is processed through shredder, crusher, high-speed crusher, magnetic separator, fully enclosed drum screen, rotary screen, and other equipment to separate black mass and aluminum, achieving a recovery rate of over 99%.

Main Machines

Shredder

Shreds the anode film into small pieces

Crusher

Further crushes the shredded anode film into smaller pieces.

Turbo Grinder

Crushes the material into very small particles, increasing the recovery rate.

Fully Enclosed Drum Screen

Screens out most of the black mass

Rotary Screen

Further improves the recovery rate of black powder and aluminum in the material

Magnetic Separator

Separates out the iron content in the material

Technical Parameters

Model Capacity
KR-Q400 300Kg/H
KR-Q600 500Kg/H
KR-Q800 1000Kg/H
KR-Q1000 1500Kg/H
KR-Q1200 2000Kg/H

Note: sa传媒有限公司 Machine’s anode material of lithium-ion battery recycling machine is a customized solution. The data in the table is for reference only. For detailed technical parameters and production line configurations, please consult us.

Technical Standards
Recovery Black mass 99%
Aluminum granules 99%
Purity Black mass 99%
Aluminum granules 99%

Why Choose sa传媒有限公司

Service One

sa传媒有限公司 MACHINERY has years of experience in the field of recycling scrap metals, with superior design capabilities and after-sales service.

Service Two

sa传媒有限公司 MACHINERY's lithium-ion battery recycling equipment adopts a negative pressure design, resulting in higher recovery rates and no dust pollution.

Service Three

The majority of lithium-ion batteries can be recycled using our equipment without the need for manual disassembly.

Service Four

The entire production line is controlled by PLC, making operation convenient and saving labor.

Service Five

We promise a one-year warranty for our equipment, excluding consumable parts.

Contact Us Now

Tell us your raw material, location, target capacity, budget/timeline if available.

Phone/WhatsAPP

+86 15838030256

E-mail

Andywang@keruimachinery.com

Address

Luokou VIllage, Xicun Town, Gongyi City, Henan povince, China

Socials

]]> /solution/anode-material-of-lithium-ion-battery-recycling-machine/feed/ 0 Lithium-ion Battery Recycling Machine /solution/lithum-ion-battery-recycling-machine/ /solution/lithum-ion-battery-recycling-machine/#respond Sat, 16 Mar 2024 07:25:18 +0000 /?p=795

Lithium-ion Battery Recycling Machine

Customized Solutions From sa传媒有限公司 Machinery

What's Lithium-ion Battery Recycling Machine

sa传媒有限公司 Machinery’s lithium battery recycling machine is capable of recycling various types of lithium batteries, including soft package battery, cellphone battery, shell battery, cylindrical battery etc. Through processes such as shredding, drying, crushing, and screening, graphite powder, cobalt acid lithium, aluminum and copper can be separated from the lithium batteries. The entire equipment set is designed with negative pressure, ensuring higher recovery rates, no dust pollution, and customization options based on customer requirements such as raw materials, production capacity, and site constraints.

Raw Materials & Final Products

Raw Materials

sa传媒有限公司 Machine’s Lithium Battery Recycling Machine specializes in dismantling and recycling various lithium battery types, including soft package, cellphone, shell, and cylindrical batteries. Each type undergoes a unique recycling procedure tailored to its specific characteristics.

Final Products

The final products is graphite powder, cobalt acid lithium(black-mass), aluminum and copper.

Classic case of sa传媒有限公司 Machinery Lithium-ion Battery Recycling Machine

Technological Process

By immersing lithium batteries in saline solution for discharge, we initiate a series of processes involving shredder, dryer, crushers, turbo grinder, air separator, gravity separator, fully enclosed drum screens, magnetic separators, and more. Through these methods, we effectively separate various materials such as black mass, copper, aluminum, iron. Our recovery rates consistently surpass 99% for valuable materials like black mass, copper, and aluminum.

Lithium Battery Recycling Project Report

If you are interested in the lithium battery recycling project, please contact us to get the complete report.

Contact US

Main Machines

Shredder

Shreds lithium batteries into small pieces

Dryer

Removes moisture from lithium batteries soaked during discharge, facilitating subsequent crushing and screening.

Crusher

Further crushes the shredded lithium battery materials into smaller pieces.

Turbo Grinder

Pulverizes materials into tiny particles for easy screening

Air Separator

Separates plastic from lithium batteries

Fully Enclosed Drum Screen

Screens out most of the black mass

Gravity Separator

Separates metals such as copper and aluminum present in lithium batteries.

Magnetic Separator

Separates iron from lithium batteries

Technical Parameters

Model Capacity
KR-Q400 300Kg/H
KR-Q600 500Kg/H
KR-Q800 1000Kg/H
KR-Q1000 1500Kg/H
KR-Q1200 2000Kg/H

Note: sa传媒有限公司 Machine’s? lithium battery recycling machine is a customized solution. The data in the table is for reference only. For detailed technical parameters and production line configurations, please consult us.

Technical Standards
Recovery Black mass ≧98%
Aluminum granules ≧97%
Copper granules ≧97%
Purity Black mass ≧97%
Aluminum granules ≧90%
Copper granules ≧95%

Why Choose sa传媒有限公司

Service One

sa传媒有限公司 MACHINERY has years of experience in the field of recycling scrap metals, with superior design capabilities and after-sales service.

Service Two

sa传媒有限公司 MACHINERY's lithium-ion battery recycling equipment adopts a negative pressure design, resulting in higher recovery rates and no dust pollution.

Service Three

The majority of lithium-ion batteries can be recycled using our equipment without the need for manual disassembly.

Service Four

The entire production line is controlled by PLC, making operation convenient and saving labor.

Service Five

We promise a one-year warranty for our equipment, excluding consumable parts.

Contact Us Now

Tell us about your project requirements, such as raw material type, planned capacity, project stage and target market. Our engineers will review your information and provide a suitable process plan, equipment configuration and budget reference.

Tell us your raw material, location, target capacity, budget/timeline if available.
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