Tire Shredder Blades

Industrial Tire Shredder Blades: Tough Solutions for ELT Recycling

Premium Tire Shredder Replacement Blades

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

• Precision-ground for perfect shaft fit

• Reduces vibration

• Cuts premature wear of spacers and bearings

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

1. Dual shafts rotate in opposite directions. Claw blades are spaced in a spiral, forming a crushing chamber.

2. Grabs materials fast—no slippage or jamming.

3. Uses shearing and tearing forces to cut large materials into small pieces.

4. 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-part structure: blade body + clawed blade + auxiliary blade (all constructed with these materials)

• Replace worn parts fast with bolts—less downtime

3. Enhanced Torque Transmission

• Hexagonal main shaft for balanced force

• Prevents blade cracks and shaft deformation (reinforced by these materials)

Blade Materials: Match the Job

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

• 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

2. Stable Run

3. Energy Saving

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

4. Customization Info

• Equipment model, shaft diameter, installation size

• Material properties (hardness, impurities, moisture)

• Target output size

Industrial Tire Shredder Blades: Extreme Toughness

The Challenge: Steel Belts & Friction

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

• Optimized hook angles and smooth surfaces

• Reduces friction—stops rubber from melting/sticking

Refined Grain Structure

• Special forging improves H13 steel strength; wear plate enhances wear resistance

• Handles high-torque impacts from heavy tires