Industrial Shredder Blades for Plastic, Wood, Metal and Waste Processing
Custom industrial shredder blades made from durable tool steels, with tailored dimensions and cutting profiles for plastic, wood, metal, and waste processing applications.
Industrial shredder blades are essential cutting components in recycling and waste reduction systems. The right blade design depends on the material being processed, the shredder configuration, and the required output size. Xinhan Machinery supplies industrial shredder blades with customizable dimensions and cutting profiles for different shredding applications.
Product Overview
These blades are designed for industrial shredding operations involving plastic waste, wood scraps, paper and cardboard, metal scrap, and mixed solid waste. Blade specifications can be tailored to match existing equipment, making them suitable for both new machine builds and replacement requirements.
Rather than using one standard design for every application, buyers can specify blade dimensions and tooth configurations according to their machine and processing needs.
Product Specifications
| Item | Description |
|---|---|
| Product Type | Industrial Shredder Blades |
| Material Options | H13, D2, A2 and other suitable tool steels |
| Hardness | 58–62 HRC, depending on material and heat treatment |
| Machining | CNC precision machining |
| Dimensional Tolerance | Up to ±0.01 mm, subject to drawing and specification |
| Compatible Equipment | Single-shaft, double-shaft and four-shaft shredders |
| Custom Options | Blade diameter, thickness, tooth profile, tooth count and bore dimensions |
| Applications | Plastic, wood, paper, cardboard, metal scrap and solid waste processing |
Designed Around Your Shredding Application
Plastic recycling: Blade geometry can be selected to suit rigid plastic scrap, production rejects and other plastic waste streams.
Wood waste processing: Blade dimensions and cutting profiles can be matched to the shredder configuration and the characteristics of the wood material.
Paper and cardboard: Suitable blade arrangements help process paper-based waste into smaller pieces for subsequent handling or recycling.
Metal scrap and mixed waste: Material selection and blade geometry should account for the hardness, impact loads and composition of the feedstock.
The final configuration depends on the material, machine design and operating conditions. A blade specification suitable for one application may not be the best choice for another.
Custom Blade Manufacturing
For replacement projects and equipment manufacturers, Xinhan Machinery can customize shredder cutter blades to match specific machine requirements.
Available customization options include:
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Outer diameter, inner bore and overall thickness
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Tooth shape, tooth count and cutting profile
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Material grade and heat-treatment requirements
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Dimensional requirements based on technical drawings or samples
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Blade configuration for single-shaft, double-shaft or four-shaft shredders
Providing a drawing, sample blade or existing machine model helps clarify the required dimensions before production.
What to Confirm Before Ordering
To identify a suitable blade configuration, buyers should prepare the following information:
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Shredder make and model or the dimensions of the existing blade.
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Material being processed, including its approximate thickness and hardness where relevant.
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Required blade dimensions, such as diameter, thickness, bore size and tooth profile.
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Operating conditions, including expected impact loads and the presence of abrasive contaminants.
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Quantity and replacement requirements, especially when ordering blades for a complete shaft assembly.
These details help reduce compatibility issues and make it easier to specify the appropriate blade material and geometry.
Request a Quote for Industrial Shredder Blades
Whether you need replacement cutters for an existing shredder or custom blades for new equipment, Xinhan Machinery can assess your requirements based on drawings, samples and application details.
Contact us with your blade specifications, equipment model and processing material to discuss a suitable configuration.
Email: 13635551354@163.com
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