Armored Cable Scrap Wire Granulator

In addition to the internal conductors and insulation, it may contain steel tape or steel wire armor beneath a thick outer plastic sheath. These layers protect the cable during service.
The ENERPAT Armored Cable Scrap Wire Granulator is designed for recycling businesses evaluating mechanical processing options for armored cable scrap. The main consideration is how to handle the outer sheath, metal armor, and internal conductors through an appropriate way of size reduction and separation.
Armored cables vary in construction and dimensions, the right processing arrangement should be based on the actual feedstock. For U.S. buyers, ENERPAT has a local operation and team in Ohio to support equipment consultation and project coordination.


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Product Video

Watch the Enerpat Cable Scrap Wire Granulator Video

Watch our Enerpat copper granulator video to see the full workflow: preliminary size‑reduction, steel armor disposal, and high‑efficiency separation of copper materials from cable insulation and other impurities.

Real‑world scrap‑cable feedstock displayed in the video helps buyers with mixed cable materials verify if our copper granulator can satisfy your cable structure and copper‑recovery requirements.

Product Description

Armored Cable Scrap Wire Granulator

ENERPAT Armored Cable Scrap Wire Granulator

Armored power cables are used in applications where the cable needs additional mechanical protection. Depending on the cable design, the structure may include a black outer plastic sheath, steel tape or steel wire armor, inner protective layers, insulation, and multiple conductors. It differs from the interlocking spiral metal sheath found on some MC and BX cables.

For these materials, ENERPAT Armored Cable Scrap Wire Granulator delivers the tailored recycling workflow. Depending on the feedstock, the process may require preliminary size reduction, granulation, and suitable separation stages. Diameter, armor type, sheath thickness, conductor arrangement, and incoming material condition can all influence the processing requirements.

Product Applications

Armored Cable

End Products

Product Details

6 Key Core Advantages

Optional Pre‑Shredding for Bulky Armored Cable Scrap

Large, tangled or bulky armored cable scrap cannot be fed directly into the fine granulator of ENERPAT Armored Cable Scrap Wire Granulator.
A double‑shaft shredder can be fitted upstream to break down bulky armored cable into manageable fragments. Pre‑shredded material is then conveyed to granulation for further processing.
The need for pre‑shredding is determined by cable bulk, incoming feed size and target processing capacity.
Fine Granulation for Copper‑Plastic Separation

Following pre‑shredding, armored cable fragments go into the fine granulation module of ENERPAT cable wire granulator machine.
The granulator chops cable material into fine particles to prepare for copper‑plastic separation. Our system can be configured for particle sizes under 3 mm to optimize subsequent sorting results.
Final particle size varies with armored‑cable construction, incoming scrap condition and processing demands.
Vibrating Screening for Stable Material Flow

Granulated armored‑cable material moves to vibrating screening.
The screen evenly distributes particles and delivers consistent feed to the air‑separation unit.
ENERPAT cable granulating machine adopts a 1200 mm‑wide vibrating screen built with 304 stainless steel and Q235B carbon steel, with adjustable amplitude from 3‑8 mm. It ensures steady material transfer between granulation and separation phases.
Air Separation of Copper and Insulation

The core goal of our armored cable recycling solution is effective metal recovery, not only size reduction.
After granulation and screening, material enters air separation. Leveraging density and aerodynamic differences, the air separator isolates heavy copper‑rich fractions from lightweight cable insulation and other impurities.
Dust Collection During Processing

Shredding, granulation and screening of armored scrap cable produce fine dust particles.
An integrated dust‑collection unit is available as an option to capture airborne dust and maintain a tidy, controlled working environment, especially for continuous‑run production of the ENERPAT Armored Cable Scrap Wire Granulator.
Connected End‑to‑End Material Flow

Conveyors link shredding, granulation, screening, air‑separation and collection modules for the ENERPAT copper wire granulator separator.
Manual material handling is minimized, enabling all processing stages to operate as one fully‑integrated armored‑cable recycling production line.

SUBMIT

Design & Product Story

The main challenge in armored cable recycling is the combination of protective layers and valuable conductors within one piece of scrap.
For recyclers using the ENERPAT Armored Cable Scrap Wire Granulator, the processing plan needs to account for both the cable's construction and the intended recovery result. A line focused on copper recovery may need to handle the steel armor before the conductor‑bearing material proceeds to granulation and separation.
By reviewing the armor type, cable dimensions, material condition, and recovery objectives, ENERPAT can discuss which processing stages may be required and which details need to be verified through testing.

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Why Choose Us

ENERPAT has a U.S. operation in Ohio, providing American buyers with a local point of contact for equipment consultation and project coordination. Customers can discuss their armored cable specifications and recycling requirements with the team during the evaluation process.

U.S. Local Team and Ohio Operation
Selected ENERPAT equipment may be available from U.S. stock. Actual availability and delivery timing depend on the model, configuration, and current inventory. Customized machines and complete recycling lines require a project-specific schedule.

Selected Equipment May Be Available from Stock
Installation, commissioning, operator training, and maintenance requirements can be discussed during project planning. The specific support arrangements should be confirmed for the equipment or line being purchased.

Installation and After-sales Coordination
Backed by factory equipment warranty, professional on-site commissioning by US engineers, and 24/7 remote technical assistance, we keep your Armored Cable Scrap Wire Granulator running smoothly with maximum uptime.

Industry-Leading Warranty & Support

FAQs

Q1. Can ENERPAT test our armored cable before we purchase the equipment?

Material assessment and sample testing can be discussed before equipment selection. Please provide representative cable samples or clear photos, approximate dimensions, details of the steel armor, and estimated processing volume. The testing arrangement and evaluation scope should be confirmed with ENERPAT.
Q2. Can the machine process both steel tape armored and steel wire armored cable?

Suitability depends on the construction and dimensions of the cable, as steel tape and steel wire armor can behave differently during processing. ENERPAT can assess the material and discuss a suitable configuration.
Q3. Is magnetic separation required for armored cable recycling?

Whether magnetic separation is required, and where it should be installed, depends on the material and processing sequence. This should be confirmed during equipment evaluation.
Q4. Does ENERPAT have equipment in stock in the United States?

Selected equipment may be available through ENERPAT's U.S. operation in Ohio. Availability depends on the model, configuration, and current inventory. Please confirm stock status and estimated delivery timing for the specific equipment you need.
Q5. Can ENERPAT assist with installation and operator training?

Installation, commissioning, and operator training can be discussed during project planning. The exact arrangements depend on the equipment selected and the agreed project scope. Please confirm the required support with ENERPAT before finalizing the order.

Technical Data Sheet

Model	WG-400S	WG-600S	WG-800S
Motor Power	27 kW / 36.2 HP	41 kW / 55.0 HP	90 kW / 120.7 HP
Cables Range	< 20 mm / < 0.79 in	0.2–20 mm / 0.008–0.79 in	0.2–30 mm / 0.008–1.18 in
Machine Size	4400×2700×2450 mm / 173.2×106.3×96.5 in	5000×3000×2500 mm / 196.9×118.1×98.4 in	11500×9500×2300 mm / 452.8×374.0×90.6 in
Machine Weight	2,500 kg / 5,512 lbs	4,000 kg / 8,818 lbs	7,000 kg / 15,432 lbs