Apollo A7/20 Milling Picks - Premium Cutting Teeth for Milling Machines
Professional-Grade Milling Cutters for Demanding Applications
The Apollo A7/20 milling picks are high-performance cutting tools engineered for precision material removal in industrial milling operations. These premium-grade bits combine exceptional durability with optimized cutting geometry for maximum efficiency in asphalt, concrete, and rock milling applications.
Key Features and Benefits
- Tungsten carbide tips for superior wear resistance and extended service life
- Precision-ground cutting edges for clean material removal and reduced power consumption
- High-grade alloy steel bodies with advanced heat treatment for impact resistance
- Optimized flute design for efficient chip evacuation and reduced overheating
- Self-sharpening properties maintain cutting performance over time
- Compatible with most major cold planers and milling machines
Technical Specifications
| Product Type |
Milling Picks/Bits/Teeth Cutters |
| Minimum Order Quantity |
50 pieces |
| Application |
Milling Machine Cutting System |
| Condition |
100% New |
| Brand |
APOLLO |
| Installation |
Milling Drum |
| Quality Standard |
High Performance Industrial Grade |
Industrial Applications
The Apollo A7/20 milling picks deliver reliable performance in various demanding applications:
- Road construction - Asphalt and concrete removal for highway resurfacing
- Mining operations - Hard rock milling and excavation tasks
- Surface preparation - Concrete leveling and texturing for industrial flooring
- Trenching work - Precise material removal in utility installation projects
Product Gallery
Optimized Performance Characteristics
The Apollo A7/20 milling picks are designed to minimize vibration and reduce machine stress, resulting in smoother operation and extended tool life. Their standardized shank dimensions allow for quick replacement, reducing downtime in critical operations. These cutters perform equally well in both wet and dry milling conditions, making them versatile for various job site requirements.