Our high-performance Solid Waste Recycling, Decomposition, and Granulation Machine Blades are engineered to handle the most demanding material reduction tasks. Designed for the circular economy, these precision-crafted cutting tools facilitate the primary crushing of large-scale waste, transforming bulky plastics, rubbers, and composite materials into manageable fragments for downstream processing.
By integrating advanced metallurgy with specialized surface coatings, our blades ensure maximum throughput and consistent particle size control. Whether you are processing electronic waste, tire resources, or industrial plastics, our solutions optimize the separation of metal from non-metal components while maintaining exceptional edge retention and operational stability.
| Alloy Steel Hardness | HRC 52-55 (Cr12MoV/SKD-11) | Hard Metal Hardness | HRA 90+ (Tungsten Carbide/YG8) |
|---|---|---|---|
| HSS Hardness | HRC 60-65 (6CrW2Si) | Blade Clearance | Adjustable 0.5mm - 5.0mm |
| Granulation Size | 1mm - 10mm (Customizable) | Surface Treatment | Titanium Nitride (TiN) Coating |
| Core Material 1 | Cr12MoV High Strength Steel | Core Material 2 | YG8 Hard Alloy / H13K Steel |
| Processing Rate | 95%+ Metal Recovery Rate | Application | Plastic, Rubber, E-Waste, Tires |
Utilizing H13K and Cr12MoV steels for superior fatigue resistance in high-intensity continuous operations.
TiN coatings reduce plastic adhesion and friction, significantly prolonging the intervals between sharpenings.
Tight clearance control ensures uniform particles (2-5mm) for high-purity recycled plastic production.
From soft thin-film plastics to hard ABS/PE and tire steel cords, our blades adapt to any material.
Specialized designs for PC/ABS alloys allow direct use of particles in 3D printing or injection molding.
Hard alloy welding blades effectively isolate metal cords from rubber, maximizing recycling yields.
Custom material selection based on waste hardness, viscosity, and composition requirements.
Multi-level blade layouts designed to facilitate gradual material size reduction.
Optimized alloy ratios to enhance fatigue resistance and signal maintenance needs.
Advanced TiN coatings to prevent melt adhesion in high-viscosity plastic processing.
Dynamic adjustment of blade clearance (0.5-5mm) to meet strict output standards.
Compatibility with magnetic separation devices for efficient metal recovery.
| Performance Metric | Standard Steel Blades | Our Premium Alloy Blades |
|---|---|---|
| Wear Resistance | Low to Medium | Ultra-High (TiN Coated) |
| Replacement Cycle | Frequent | Extended (3-5x longer) |
| Particle Uniformity | Inconsistent | Highly Precise (1-10mm) |
| Metal Separation | Manual/Low Efficiency | High Efficiency (>95% recovery) |
| Operational Cost | High (Downtime/Labor) | Low (High-uptime efficiency) |
For tires, we recommend hard alloy welding blades (such as YG8) which offer the hardness (HRA 90+) necessary to cut steel wire without cracking.
We offer titanium nitride (TiN) surface coatings that specifically reduce plastic adhesion, ensuring smooth particle flow and better surface quality.
High Speed Steel (HSS) with hardness HRC 60-65 is ideal for glass fibers due to its excellent high-temperature resistance and impact strength.
Yes, our all-steel blades (HRC 52-55) are designed for fine crushing of PC/ABS alloys, producing particles ready for 3D printing or injection molding.
By adjusting the blade clearance between 0.5mm and 5mm, you can produce uniform particles ranging from 1mm to 10mm.
Our multi-axis blades decompose complex casings into smaller pieces, allowing granulation blades to separate plastic from metal powder, achieving rates over 95%.
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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