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VEVOR Shredder Blades, Alloy Steel Shredder Machine Blade Kit with 6 Rotating and 2 Fixed Blades, High-Hardness SKD-11 Blade, Compatible with Model 250 Plastic Grinder, for ABS, PP, PVC & Nylon

SKD 11 Alloy Steel Construction for High Intensity Industrial Shredding Performance

The SKD 11 alloy steel used to make these shredder machine blades is strong enough to handle heavy use in grinding and recycling systems. Even under heavy stress, the blade body resists bending or twisting. This strength allows the blades to cut plastic smoothly, even during extended operating cycles.

The tough steel structure also helps reduce the risk of blade breakage under heavy use. When you work with thick plastic parts or solid waste, the blades stay sharp and reliable. Users can rely on the blades to help maintain steady throughput, so they do not have to stop the machine as often. Along with clean cuts, the strong alloy body helps operators get more consistent output quality with every shredding cycle.

Precision Burr Free Cutting Edges for Faster and Smoother Material Processing

Each blade features clean, burr free cutting edges that allow plastic to move smoothly through the cutting zone. The smooth surface reduces resistance during shredding and helps prevent plastic from sticking to the blade. This feature improves cutting speed and reduces the need for sudden stops or jams. The result is steady processing through the system.

Additionally, the motor and internal components are protected from excessive load by the clean edges. The machine operates more efficiently and with reduced load when the cutting is smooth. This design supports more efficient energy use and stable work output. Users can process both soft and hard plastics with ease, thereby improving overall productivity in recycling and plastic grinding operations.

Stepped Edge Blade Design for Easy Re Grinding and Extended Service Life

When the blade becomes dull, users can restore its sharpness by grinding the stepped surface thanks to the stepped edge blade design. This feature helps keep the blade in good working condition without replacing it right away. The straightforward maintenance procedure helps users keep the machine operating with fewer machine stops and saves time.

Additionally, this regrindable blade structure reduces long-term expenses. Users can sharpen the blades multiple times, extending their working life. Even after frequent maintenance, the robust stepped design maintains steady cutting performance. This feature is helpful for workshops and industrial users who need reliable tools for daily use and want to reduce spending on frequent blade replacements.

Model 250 Shredder Machine Blades Compatibility for Secure Fit and Stable Operation

These shredder machine blades are made to fit the VEVOR Model 250 plastic granulator. The precise shape allows easy and secure installation. During operation, the blades remain in the proper position, helping prevent shifting. This stable fit promotes safe operation and increases cutting accuracy.

Additionally, a safe blade arrangement safeguards the grinder's internal components. The machine operates smoothly and prevents additional wear on the motor and mounting system when the blades remain aligned. This design reduces the risk of machine damage and helps users achieve more consistent performance. Better long-term use of the grinder and consistent shredding are the outcomes.

Multi Plastic Processing Capability for ABS, PP, PVC, Nylon, PS, and PC Materials

ABS, PP, PVC, nylon, PS, and PC are just a few of the plastics that the blade kit can cut through. This wide material range allows users to process mixed plastic waste without changing tools. The blades adjust well to both soft and hard plastic feedstocks, which helps maintain smooth cutting performance.

This flexibility supports different work needs in recycling centers, workshops, and production areas. Users can move from one type of plastic to another with fewer machine stops. This feature helps save time and improve work speed. In subsequent recycling or processing stages, the cutting results also help maintain a consistent output.

Heavy Duty Shredder Machine Blades Structure for Barrels, Bottles, Drums, and Film Recycling Applications

To handle large objects such as barrels, bottles, drums, and plastic films, these shredder machine blades feature a sturdy, heavy-duty construction. The reinforced blade body stays stable during high-volume work and remains balanced under load. This design supports continuous operation in busy work environments.

The blades also handle both thick and thin plastic materials with clean results. This ability helps users manage multiple recycling tasks with a single blade set. The steady structure facilitates precise cutting and helps maintain a consistent level of output quality. Because of this, the blades are a dependable option for professional and industrial recycling systems that require robust and consistent operation.

6 Rotating and 2 Fixed Blade Configuration for Balanced and Efficient Plastic Crushing

This shredder machine blades kit has six rotating blades and two fixed blades. The cutting motion is balanced and smooth. The stationary blades hold the plastic in place while the moving blades pull it into the cutting area.

Furthermore, the balanced blade setup helps protect the motor during extended use. The even cutting force helps internal parts last longer and puts less stress on machine parts. This structure helps produce plastic pieces of roughly the same size and maintains a steady work speed.

50–55 HRC High Hardness Blade Head for Superior Wear and Impact Resistance

The blade head reaches a hardness level of 50–55 HRC through special heat treatment. Because of this process, the cutting edge is robust and resistant to wear during regular use. Even when the blade comes into contact with thick material or tough plastic, the hard surface helps it stay sharp. During extended workdays, this feature facilitates stable performance and clean cutting.

Additionally, the high hardness blade head withstands impacts from hard materials, helping prevent bending or chipping. This protection helps reduce damage caused by heavy or solid plastic parts. The strong edge keeps its shape and cutting power over time, allowing users to work longer without changing blades. This design supports safe operation and helps maintain reliable results in industrial recycling and grinding systems.