APOLLO PM620 Poly Track Pad 540-0150 Polyurethane Paver Track Shoe
High-quality track pad shoes designed for road milling machines, engineered for durability, fuel efficiency, and superior performance in demanding paving applications.
Product Specifications
Attribute | Value |
Material | Polyurethane |
Compatibility | PM620 road milling machine |
Application | Asphalt paving, milling machines, road rollers |
Installation | Easy to install with standard procedures |
Condition | 100% New |
MOQ | 1 piece |
Key Features and Benefits
- Enhanced Durability: Resistant to thermal stress, abrasion, and environmental factors
- Superior Traction: Optimized tread pattern for various paving surfaces
- Vibration Reduction: Improves operator comfort and reduces mechanical stress
- Fuel Efficiency: Optimized design reduces energy consumption
- Precision Fit: Exact OEM specifications for the S700 model
- Environmentally Friendly: Reusable and reduces surface repair needs
Technical Advantages
Material Composition
Premium-grade polyurethane compounds provide exceptional resistance to:
- High temperatures from hot asphalt surfaces
- Abrasive wear from continuous pavement contact
- UV exposure and chemical interactions
Operational Performance
- Even weight distribution prevents subgrade damage
- Reduced noise emissions in sensitive environments
- Maintains flexibility across temperature variations
- Minimizes slippage for precise machine positioning
Recommended Applications
- Highway and arterial road construction
- Municipal street paving and rehabilitation
- Commercial parking area development
- Airport runway resurfacing projects
- Precision paving operations requiring superior finishes
Maintenance Guidelines
- Regular cleaning to remove asphalt buildup
- Periodic inspection for:
- Surface cracking or dry rot
- Tread pattern wear
- Structural deformation
- Timely replacement before excessive wear
Product Images
Front view showing tread pattern
Comparison with standard track shoes
Durability testing demonstration
Economic Benefits
- Reduced surface repair requirements from track marks
- Lower maintenance costs from decreased vibration damage
- Improved fuel efficiency through optimized traction
- Enhanced productivity from consistent performance
- Longer service life reduces replacement frequency