Road milling projects can involve very different working conditions. A tool that performs well on ordinary asphalt may not provide the same results when cutting highly abrasive pavement or hard concrete.
For this reason, contractors should select milling picks according to the actual application rather than simply choosing the lowest-priced option.
Ordinary asphalt generally requires a balanced combination of cutting efficiency and wear resistance.
Hard or aged asphalt can place greater impact and thermal stress on the cutting tip.
Concrete and other highly abrasive materials may require cutting tools designed for increased wear resistance and stronger tip retention.
Shallow surface removal and deep milling create different loads on the cutting tools.
Deeper cutting can increase resistance, vibration, heat generation, and wear. Tool selection should therefore correspond to the planned milling depth and machine operating parameters.
Before ordering replacement teeth, confirm:
Two products that look similar may not be interchangeable.
Many round-shank milling picks are designed to rotate during operation. Proper rotation distributes wear around the cutting tip and body.
If a pick becomes stuck in the holder, one side may wear rapidly, reducing service life.
Dust, aggregate hardness, pavement temperature, embedded material, and machine condition can all affect wear.
For uncertain applications, providing photographs and dimensions of the existing tools can help identify a suitable replacement.
YKDRILL supplies different road milling pick configurations for asphalt and concrete pavement removal. Customized solutions can also be developed according to customer dimensions and working conditions.
Correct tool selection helps contractors improve cutting efficiency, reduce downtime, and control overall pavement rehabilitation costs.
