Industrial Shredder Blades
Professional industrial blade, high-precision custom
Manufactured with premium steel through precision machining and strict heat treatment.
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Pricing based on specifications and quantity, contact us for a quote
Made from high-strength wear-resistant tool steel for continuous heavy-duty shredding
Hook-tooth rotary design provides strong gripping and reduces material slipping
Precise bore, thickness, flatness and concentricity control for stable stacked assembly
Custom tooth count, profile, bore, material and rotation direction available
Product Parameters & Specifications
Industrial Shredder Blades
| Parameter | Value | Notes |
|---|---|---|
| Product Name | Industrial Shredder Blade | For industrial shredding and recycling applications |
| Blade Type | Rotary Hook-Tooth Shredder Knife | Custom blades for single-shaft, double-shaft and multi-shaft shredders |
| Materials to Process | Plastic, rubber, wood, film, paper, fiber, metal and industrial waste | Blade design and material selected according to application |
| Suitable Machines | Single-shaft shredders, double-shaft shredders, multi-shaft shredders and recycling machines | Customized according to machine model or original blade |
| Outer Diameter | Customized according to drawing or original sample | Different diameter specifications available |
| Inner Bore | Hexagonal, polygonal, spline and special-shaped bores | Customized according to machine shaft dimensions |
| Thickness | Customized according to machine structure and processing capacity | Affects knife spacing and cutting width |
| Number of Teeth | Single, double, triple and multiple-tooth designs | Selected according to material, torque and output requirements |
| Tooth Profile | Hook, pointed, flat and special tearing teeth | Tooth profile and rotation direction can be customized |
| Blade Material | D2, SKD11, Cr12MoV, H13, alloy tool steel and other wear-resistant steels | Selected according to impact, wear and toughness requirements |
| Hardness | Customized according to material and application | Balanced wear resistance, toughness and chipping resistance |
| Manufacturing Process | Forging or plate cutting, heat treatment, precision machining, surface grinding and edge finishing | Strict dimensional and bore-accuracy control |
| Flatness | Controlled according to drawing and assembly requirements | Ensures stable operation of stacked blades |
| Concentricity | Controlled according to shaft-accuracy requirements | Helps reduce vibration and uneven wear |
| Surface Finish | Precision grinding, rust protection and optional wear-resistant treatment | Selected according to working environment |
| Shredding Performance | Strong material gripping, stable shredding and continuous heavy-duty operation | Performance also depends on machine power and material condition |
| Matching Components | Spacers, counter knives, shafts and wear plates available | Complete assembly dimensions required |
| Maintenance | Edge regrinding and reverse engineering of used blades available | Regrinding depends on blade wear |
| Customization | Made according to drawings, samples or machine models | OEM and ODM available |
| Production Time | Normally 10–20 working days | Confirmed according to size, material, heat treatment and quantity |
| Packaging | Individual protection, reinforced packaging and export wooden cases | Designed to prevent damage and corrosion |
| Quotation Information | Outer diameter, bore, thickness, tooth count, material, machine model and quantity | Photos or physical samples of the existing blade are recommended |
Specifications follow the product manual. Capacity, configuration and output size depend on material and selection; check each table’s dimension units.