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📄 Document Information

Product Model: YD-DZ800

Product Name: Carbon-Fiber Paper and Felt Shredder

Document Type: Technical Solution

Equipment Type: Carbon-Fiber Shredder / New-Energy Material Shredder / Dust-Controlled and Explosion-Protected Shredder / Industrial-Waste Processing Equipment

File Name: yuedu-yd-dz800-carbon-fiber-paper-felt-explosion-protected-shredding-solution.pdf

Brand: Shanghai YUEDU Technology Co., Ltd.

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📥 Download Information:

Click the button below to download the YUEDU YD-DZ800 Carbon-Fiber Paper and Felt Explosion-Protected Shredding Solution.

The document supports equipment selection and technical evaluation for projects involving carbon-fiber paper, carbon-fiber felt, carbon-felt offcuts and defective products generated by new-energy-material manufacturers, carbon-material processors, semiconductor companies, laboratories and research organizations.

The machine features a fully enclosed material path, dust-control and explosion-protection provisions, a 15kW explosion-protected motor, closable inlet and discharge gates, and a 260L sealed collection chamber. It produces reference output pieces smaller than 20mm and includes an RS-485 communication interface for connection to a central control system.

yuedu-yd-dz800-carbon-fiber-paper-felt-explosion-protected-shredding-solution

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📌 1. Product Overview

The YUEDU YD-DZ800 is a specialized shredding machine designed for carbon-fiber paper, carbon-fiber felt and related new-energy-material production waste.

Carbon-fiber paper and felt are lightweight materials containing fine fibres that can generate airborne dust. Conventional open shredding equipment may allow fibres and dust to escape during feeding, shredding, discharge and collection-bag replacement.

The YD-DZ800 uses a segmented, fully enclosed design covering material feeding, internal shredding, discharge collection and waste-bag replacement. Closable sealed gates are installed at both the inlet and outlet to help limit the release of fibres and dust into the operating area.

The project configuration features a reference feed opening of 720×300mm and can accept materials approximately up to 10mm thick. An anti-kickback feeding structure supports stable material loading.

A replaceable or adjustable screen controls the final output size, with a project reference result of irregular pieces smaller than 20mm.

The machine provides a reference capacity of 50–100kg/h and uses a 15kW, 380V explosion-protected motor. It is suitable for carbon-material manufacturers, new-energy companies, laboratories and research organizations requiring waste destruction and volume reduction.

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📌 2. Key Features

✔ Designed for carbon-fiber paper and carbon-fiber felt

✔ Project reference feed opening of 720×300mm

✔ Accepts sheet materials approximately up to 10mm thick

✔ Anti-kickback feeding structure

✔ Reference output smaller than 20mm

✔ Adjustable output through the screen system

✔ Reference processing capacity of 50–100kg/h

✔ 15kW explosion-protected motor

✔ 380V three-phase industrial electrical supply

✔ Overvoltage and undervoltage protection

✔ Fully enclosed machine structure

✔ Closable sealed inlet gate

✔ Fully closable sealed discharge gate

✔ 260L sealed collection chamber

✔ Bag-based material collection

✔ Explosion-protected electrical cabinet

✔ Electrical safety interlock and emergency stop

✔ RS-485 communication interface

✔ Central-control monitoring of machine operating status

✔ Rust-resistant and wear-resistant material-contact surfaces

✔ Removable external panels for cleaning and maintenance

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📌 3. Technical Specifications (Reference)

Notes:

1. The project-parameter page states a feed opening of 720×300mm, while a later product-description page states 700×300mm. This page uses 720×300mm as the project reference. Final dimensions are subject to the approved equipment drawing.

2. The stated 50–100kg/h capacity is a reference value from the source document. Actual performance depends on material thickness, density, strength, fibre structure, moisture content, feeding conditions and required output size.

3. The project reference output is smaller than 20mm. Actual material may form irregular flakes or fibrous particles. The final result should be confirmed through representative material testing.

4. The required explosion-protection rating, applicable hazardous-area classification and certification should be confirmed according to the material’s dust characteristics, the installation area and the applicable safety regulations.

5. Final machine configuration, sealing method, capacity, output size and acceptance criteria are subject to the mutually approved technical agreement.

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📌 4. Fully Enclosed Material Path

The YD-DZ800 uses a segmented, fully enclosed structure covering the following stages:

1. Material Feeding

The feed opening incorporates a closable sealed gate and an anti-kickback structure. Closing the gate after loading helps limit the escape of lightweight fibres and dust.

2. Internal Shredding

The shredding chamber, screen frame and machine enclosure use a closed structure. Rotating and fixed knives work together to reduce carbon-fiber paper and felt into smaller pieces.

3. Material Collection

Shredded material enters a 260L sealed collection chamber. The discharge section incorporates a fully closable gate and supports bag-based collection.

4. Collection-Bag Replacement

Closing the discharge gate during bag replacement helps prevent additional shredded material and fibre dust from falling into the operating area.

The enclosed structure helps control leakage and dust dispersion. Suitable ventilation, dust extraction, antistatic measures and personal protective equipment should still be selected according to the material and site risk assessment.

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📌 5. Cutting and Screening System

The machine uses a combined rotating-knife and fixed-knife cutting system.

After entering the shredding chamber, carbon-fiber paper, carbon-fiber felt and related offcuts are reduced through repeated shearing between the rotating and stationary knives.

Principal design features include:

✔ High-wear-resistant alloy-steel knives

✔ Coordinated rotating and fixed knives

✔ Adjustable screen system

✔ Fully enclosed screen frame

✔ Anti-kickback feeding structure

✔ Removable machine enclosure

The screen can be selected according to the required output size. Actual knife life depends on material hardness, fibre structure, contamination, feeding volume and maintenance conditions.

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📌 6. Safety and Automatic Control

The principal safety and control provisions include:

✔ Explosion-protected motor

✔ Explosion-protected electrical cabinet

✔ Electrical safety interlock

✔ Emergency-stop button

✔ Safety stop function

✔ Overvoltage protection

✔ Undervoltage protection

✔ Machine alarm function

✔ RS-485 communication interface

✔ Central-control monitoring of start and stop status

The RS-485 interface can be connected to the customer’s central control system to monitor basic machine operating status.

The communication protocol, data points, control permissions and interlocking logic should be confirmed during the project’s technical-review stage.

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📌 7. Applicable Industries

New-Energy Material Manufacturers / Carbon-Material Manufacturers / Carbon-Paper and Carbon-Felt Producers / Fuel-Cell Material Companies / Semiconductor Companies / Advanced-Material Laboratories / Research Institutes / Universities / Industrial-Waste Processors / Environmental-Equipment Engineering Companies / Resource-Recovery Companies

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📌 8. Applicable Materials

Carbon-Fiber Paper / Carbon-Fiber Felt / Carbon Felt / Carbon-Paper Offcuts / Carbon-Felt Offcuts / Defective Production Materials / Laboratory Waste / Other Lightweight Fibrous Materials Confirmed Through Testing

The source document also lists paper, books, optical discs and cards as processable media. Materials with different compositions or higher hardness require separate confirmation of the cutting structure, screen aperture, motor configuration and actual processing capacity.

Metal, stones and other hard foreign objects should be separated before feeding to avoid damage to the knives and shredding chamber.

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📌 9. Document Includes

✔ YD-DZ800 carbon-fiber-material shredding solution

✔ Carbon-fiber paper and felt application information

✔ Complete technical specifications

✔ 720×300mm reference feed-opening information

✔ Reference output smaller than 20mm

✔ Reference capacity of 50–100kg/h

✔ 15kW explosion-protected motor configuration

✔ Fully enclosed material-path design

✔ Sealed inlet and discharge gates

✔ 260L sealed collection chamber

✔ Anti-kickback feeding structure

✔ Explosion-protected electrical cabinet and safety interlock

✔ RS-485 central-control interface

✔ Reference dimensional drawing

✔ Carbon-fiber material photographs

✔ Shredding-result photographs

✔ Cutting-system and operating-principle information

✔ Applicable industries and application references

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📌 10. Why Choose YUEDU

✔ Long-term specialization in industrial shredding equipment and customized solutions

✔ Dedicated equipment for carbon-fiber paper and felt

✔ Enclosed structures designed around lightweight fibrous materials

✔ Integrated feeding, shredding, screening and collection design

✔ Screen options for different output requirements

✔ RS-485 communication and central-control integration

✔ Explosion-protected electrical configurations for project requirements

✔ Customer-material testing and capacity verification

✔ Equipment design, manufacturing, testing and commissioning

✔ Customized development based on the customer’s production process

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📞 Contact Us

Shanghai YUEDU Technology Co., Ltd.

☎️  Phone: +86 159 0178 2779 (WhatsApp / WeChat / Facebook / Telegram)

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