Industrial Tire Shredder Blades: Tough Solutions for ELT Recycling
Industrial tire shredder blades are key parts for end-of-life tire (ELT) recycling machines. They directly affect processing speed, output, and running costs. Built for tough recycling jobs, they handle abrasive rubber, steel wires, and steel belts well—keeping performance steady for long industrial use.
Premium Tire Shredder Replacement Blades
Made for scrap tire recycling’s tough demands, our blades balance hardness and toughness perfectly. They work well on abrasive rubber and steel wire beads, thanks to H13 steel and wear plate construction.
Optimized Materials (H13 & Wear Plate)
High-quality H13 tool steel and wear plate
Great wear resistance (stops rubber wear and extends service life)
Strong toughness (resists chipping when cutting steel wires)
Vacuum Heat Treatment (50-55 HRC)
Vacuum heat treatment makes H13 steel structure uniform
Hardness stays stable at 50-55 HRC
Longer blade life, fewer maintenance stops
Precision Manufacturing
Technical Specifications
Materials: H13 tool steel, Wear Plate
Hardness: 50-55 HRC (vacuum hardened)
Blade Types: 3, 5, 8, 12-claw/multi-hook designs
Applications: ELV tires, OTR tires, rubber scrap
Compatibility: Fits major dual-shaft shredder brands
Core Working Principle of Tire Shredder Blades
Claw-type Blade & Dual Shaft Design
Dual shafts rotate in opposite directions. Claw blades are spaced in a spiral, forming a crushing chamber.
Grabs materials fast—no slippage or jamming.
Uses shearing and tearing forces to cut large materials into small pieces.
Staggered layout boosts crushing efficiency.
Dual Shaft Blade Design: Strong & Easy to Maintain
1. Customizable Sizes
Claw options: 2, 3, 6, 8, 12 claws (more claws = finer output)
Thickness options: 10mm, 20mm, 40mm, 50mm, 75mm (thicker = stronger impact resistance)
2. Modular Quick-Change Design
3. Enhanced Torque Transmission
Blade Materials: Match the Job
Different wastes need different blades. Our blades are versatile and suitable for most tough working conditions, saving costs and avoiding quick wear.
H13 Tool Steel
Best for: High-load continuous industrial use, tough materials (tires, metal, hard plastic)
Key features: Excellent overall performance, balances wear resistance and impact strength; vacuum heat-treated for stability
Wear Plate
Best for: High-abrasion scenarios (rubber, sandy waste, construction waste)
Key features: Ultra-high wear resistance, extends blade life;
Wide Application: More Than Tires
Our blades work for many solid waste types:
Metals: Aluminum cans, scrap steel, car shells
Synthetic Materials: PE/PP films, plastic barrels, electronic waste
Construction/Mixed Waste: Renovation waste, bulky waste, landfill screen rejects
Organic Materials: Tree branches, garden waste, dewatered kitchen waste
Special Industrial: Whole tires, industrial mixed waste
Core Blade Performance
1. Long Life
Our blades can be reground 4 times. Each blade has 4 cutting edges—cut replacement costs.
2. Stable Run
PLC control + overload reversal; sealed bearings + high manganese liners. Low noise (<85dB), low dust, 24/7 trouble-free work.
3. Energy Saving
Blade design + VFD technology cuts energy use by 15%-30%.
Blade Maintenance Tips
Regrind Regularly: Restore sharpness when worn. Our blades can be reground 4 times.
Adjust Gap: Check blade/liner gaps often. Fix large gaps fast to keep output quality.
Replace When Needed: Replace cracked/chipped blades immediately to avoid equipment failure.
Check Bolts: Tighten fixing bolts before/after running—stop loosening and safety risks.
Buying Guide: Choose the Right Blade
1. Match Materials
Tough, high-abrasion materials (tires, metal, construction waste): Pick this material combination
All general industrial scenarios: This combination is the most cost-effective choice
2. Pick the Right Structure
Fast maintenance: Choose modular + hexagonal shaft
Fine output: 8/12 claws; coarse crushing: 2/3 claws
High hardness: Thicker blades (reinforced by these materials)
3. Cost-Effective Pick
All industrial waste recycling projects: This material combination + VFD drive, balancing durability and energy saving
4. Customization Info
Provide these to the manufacturer:
Equipment model, shaft diameter, installation size
Material properties (hardness, impurities, moisture)
Target output size
Industrial Tire Shredder Blades: Extreme Toughness
Processing ELT is one of the hardest jobs for industrial knives. Our blades cut rubber and steel wires at the same time—clean cuts, no downtime, maximum output.
The Challenge: Steel Belts & Friction
Tire rubber wears blades fast, and steel cords cause dulling/chipping. We fix this with our material combination, plus advanced tech:
Shock-Resistant Material Combination
High-quality H13 tool steel combined with wear plate
Vacuum heat treatment (50-55 HRC)
Tough core prevents snapping; wear plate resists abrasion
Precision Edge Design
Refined Grain Structure
Our blades fit most dual-shaft shredders. Whether you run a small or large recycling plant, our blades meet extreme ELT demands—cut costs and boost productivity.