MULTI CLAW SHREDDER

MULTI CLAW SHREDDER

The Multi-Claw Shredder is a heavy-duty plastic shredding machine designed for reducing the size of various waste and recyclable materials. It uses a multi-claw cutting system to provide strong and efficient shredding performance for bulky and difficult-to-process materials.

The machine is suitable for processing a wide range of materials, including waste plastics, load boards, tires, electric wires and cables, PC boards, CD materials, and other bulky plastic waste. Its robust cutting system is designed to handle materials with different shapes, sizes, and characteristics.

Key Features

• Multi-claw cutting system for powerful shredding performance
• Suitable for various types of bulky and waste materials
• Designed for heavy-duty plastic recycling applications
• Suitable for shredding waste plastics, load boards, tires, electric wires and cables, PC boards, and CDs
• Large processing capacity for industrial recycling operations
• Low-noise operation compared with conventional shredding equipment
• Replaceable blades for easier maintenance and longer machine service life
• Suitable for integration into plastic recycling and size-reduction lines

Technical Specifications

Specification	CW40-D2Y	CW-40DY	CW80-2DY	CW80-DY
Power	75–100 HP	75–100 HP	150–200 HP	150–200 HP
Inlet Size	735 × 1550 mm	378 × 1255 mm	654 × 1580 mm	638 × 1555 mm
Rotary Diameter	Ø620 mm	Ø410 mm	Ø680 mm	Ø620 mm
Speed	100–120 RPM	100–120 RPM	100–120 RPM	100–120 RPM

Applications

The Multi-Claw Shredder is suitable for industrial waste processing and recycling applications, particularly for materials that require strong mechanical size reduction before further processing.

Typical materials include:

• Waste plastics
• Load boards
• Tires
• Electric wires and cables
• PC boards
• CD materials
• Other bulky plastic and industrial waste

Application in Recycling Process

The Multi-Claw Shredder can be installed as a pre-shredding or size-reduction unit in recycling systems. The shredded material can then be transferred to subsequent processes such as sorting, washing, grinding, or other recycling operations, depending on the material and production requirements.

Note: Actual processing capacity depends on the material type, size, density, feeding condition, and selected machine configuration.