Optimize your paper pulping operations with our high-performance industrial blades, engineered for maximum efficiency in recycled pulp production and waste paper processing. Designed to handle everything from high-speed fibrous flocculation to heavy-duty cardboard shredding, our precision-engineered blades ensure minimal downtime and superior material purity.
By integrating advanced metallurgy including Cr12MoV alloy steel and tungsten carbide coatings, our blades provide an exceptional balance of hardness and impact resistance. Whether you are operating in urban waste treatment centers or high-precision packaging plants, our solutions are tailored to increase raw material utilization and reduce operational overhead.
| Rotational Speed | 1500-3000 rpm (Knife Ring Crusher) | Single Machine Output | 0.08-1 tons/hour |
|---|---|---|---|
| Shear Force | ≥ 5000N (Heavy Duty Shredders) | Purity Rate | ≥ 90% Paper-Plastic Separation |
| Hardness Level | HRC 55-58 (Hammer Blades) | Impurity Rate | ≤ 0.5% for High-Strength Ops |
| Alloy Hardness | HRC 58-60 (Cr12MoV Steel) | Service Life | Up to 8000 hours |
| Slitting Accuracy | ± 0.05mm (Round Knife) | Volume Reduction | Up to 70% for Mixed Waste |
Utilizing Cr12MoV alloy and Tungsten Carbide coatings to extend blade life by 50% in high-speed cutting scenarios.
Achieve up to 8000 hours of continuous operation, significantly reducing replacement frequency and downtime.
Achieve ± 0.05mm accuracy for label paper and irregular packaging, meeting the strictest industrial standards.
Spiral propeller structures reduce fiber entanglement and enhance pulping efficiency across industrial lines.
Multi-blade staggered designs ensure a paper-plastic separation purity of over 90% for composite recycling.
From HSS for precision to Stainless Steel for corrosive wet environments, matching every specific pulping need.
Increase raw material utilization rates up to 98% for corrugated and box board paper production.
Multi-axis staggered claw designs reduce motor load while enhancing the tearing of multi-layer corrugated paper.
Reduce waste volume by 70%, leading to a 50% decrease in transportation costs for waste treatment centers.
Jaw crusher meshing structures increase crushing efficiency by 40% for mixed waste containing metal impurities.
Advanced shredding reduces the difficulty of subsequent sorting by delivering uniform fibrous flocs.
Scheduled wear detection and rust prevention ensure consistent output and minimize unplanned stops.
| Metric | Standard Blades | Our Premium Blades |
|---|---|---|
| Wear Life | 2,000 - 3,000 Hours | Up to 8,000 Hours |
| Material Purity | 70% - 80% | ≥ 90% Purity |
| Waste Volume Reduction | 30% - 40% | Up to 70% |
| Slitting Precision | ± 0.2mm | ± 0.05mm |
| Maintenance Frequency | Monthly | Quarterly/Semi-Annual |
For wet or corrosive pulp treatment, we recommend Stainless Steel blades, which provide essential rust proofing and corrosion resistance.
Alloy steel blades should be regularly cleaned of fiber residues to prevent buildup and ensure cutting efficiency.
Tungsten Carbide coatings improve wear resistance by 50%, making them ideal for the high-speed cutting needs of circular cutting machines.
Yes, our jaw crushers and alloy steel blades are specifically designed to process mixed waste with metal impurities, increasing efficiency by 40%.
We recommend checking the integrity of the coating on hard alloy blades every month and replacing them immediately if any chipping is detected.
The knife ring crusher typically offers a single machine output of 0.08-1 tons per hour, depending on the material being processed.
our products are exported to various parts of the world. Currently, our products have been exported to more than 40 countries Our products cover Asia, Europe, Africa, South America, North America, and Oceania
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