See us at E-Waste World Expo 2026 ( Booth D136 ) June 17-18th , Messe Frankfurt, Germany
Industrial-grade cutting components designed for maximum durability and efficiency in high-volume plastic waste processing and metal recycling.
Setting the global benchmark for shredding efficiency and component longevity.
◆ As a leader in the general equipment manufacturing sector, our shredder blade series represents the pinnacle of MATERIAL SCIENCE. We specialize in high-performance components for plastic crushers, utilizing advanced metallurgy to ensure that every blade maintains its edge under extreme industrial loads.
◆ Our technical superiority is driven by OPTIMIZED GEOMETRY, including flat, serrated, and hook designs tailored for specific materials. By integrating shredder blade technology with HSS and Alloy Tool Steel, we provide a 30% increase in wear resistance compared to standard industrial steel.
The synergy of material, geometry, and precision engineering.
Utilizing premium alloy tool steels to balance extreme hardness with necessary toughness.
Engineered shapes designed to optimize material grip and shearing forces.
Tight tolerances ensuring seamless integration with shredding machinery.
Comparing material durability and application efficiency across blade types.
Comprehensive specifications for material selection and operational performance.
| MATERIAL TYPE | HARDNESS (HRC) | WEAR RESISTANCE | LIFESPAN (HRS) | IMPACT STRENGTH | APPLICATION |
|---|---|---|---|---|---|
| High Speed Steel (HSS) | HRC 55-58 | Standard (+30%) | 150-300 | High | ABS, PE, PP |
| Alloy Tool Steel (Cr12MoV) | HRC 58-62 | High | 400-600 | Medium | Mixed Plastics |
| Hard Alloy (Tungsten) | HRC 65+ | Extreme | 800-1200 | Low | Industrial PC/ABS |
| Stainless Steel 316L | HRC 45-52 | Corrosion-Resistant | 200-400 | Medium | Wet Environments |
| 65Mn Spring Steel | HRC 50-55 | Moderate | 100-200 | Very High | Soft PE/PP Films |
| Cobalt Alloy Steel | HRC 60-64 | Very High | 500-800 | Medium | Composite Materials |
| Vadium Alloy Steel | HRC 56-60 | High | 300-500 | High | Tough-Fiber Plastics |
| Custom Titanium Alloy | HRC 40-48 | Extreme Corrosion | 600-900 | Very High | Chemical Waste |
Proven performance across diverse industries.
Implemented custom Hook Blades to process irregular automotive bumpers, drastically reducing material jamming and increasing daily throughput.
Deployed Stainless Steel 316L blades to combat saline corrosion, extending the maintenance cycle from 2 weeks to 3 months.
Transitioned to Tungsten Carbide matrix blades, achieving continuous 24/7 operation without edge failure for 1,000+ hours.
Optimized with Serrated Blades to grip slippery PE mulch films, increasing recycling volume by 30% per shift.
Tailored solutions for demanding environments.
Processing dashboards, bumpers, and interior casings into high-purity regrind particles.
Shredding fridge linings and washing machine shells for resource recovery and circular economy.
Efficient crushing of HDPE plastic pallets and industrial packaging drums for reprocessing.
Processing waste agricultural films to prevent soil pollution and promote biodegradable reuse.
Treatment of contaminated plastic containers using corrosion-resistant alloys for safe shredding.
Primary shredding of mixed residential plastics to improve sorting efficiency at MRF facilities.
Our blades undergo precise vacuum heat treatment to ensure uniform hardness and eliminate internal stress, preventing premature breakage.
All cutting edges are processed via multi-axis CNC grinding to maintain an ultra-sharp profile and strict dimensional tolerance of ±0.02mm.
Every batch is accompanied by a detailed Mill Test Certificate (MTC) verifying chemical composition and physical properties.
Compliance with international industrial standards ensures safe and efficient operation globally.
Expert answers to common technical and commercial inquiries.
Use Flat blades for thin-walled hollows, Serrated for fibrous/slippery films, Hook blades for irregular parts, and Claw blades for hard engineering plastics.
HSS blades typically last 150-300 hours of continuous operation, while Hard Alloy (Tungsten) blades can reach 800-1200 hours.
Clean plastic residue every shift with high-pressure air and lubricate bearings/gears every 20 hours with lithium-based grease.
We recommend a spacing of 0.1-0.3mm, adjusted in conjunction with the sieve frame to match material thickness.
Yes, we offer full custom engineering based on your machine drawings, including specific holes and mounting configurations.
For mixed high-strength materials containing metal, we recommend Cr12MoV alloy tool steel or Hard Alloy blades to minimize risk of chipping.
Maximize your recycling throughput with our precision-engineered cutting components. Contact our technical team today.