Road Milling Tools for Superior Road Construction: KOIHO BETTER CARBIDE`s Solutions

Performance in Road Construction

• Efficient Material Removal: Wirtgen milling bits and road milling teeth cut through tough asphalt and concrete, speeding up resurfacing on Wirtgen or Roadtec planers.
• Long-Lasting Durability: Tungsten carbide road milling bits, with 8.5-9 Mohs hardness, resist wear 5x better than steel, reducing replacements.
• High Impact Resistance: Cemented carbide milling picks, with a strength of 3000-5000 MPa, handle heavy loads on Dynapac or Bomag machines.
• Thermal Stability: Hard alloy planer teeth maintain performance at 2870°C, ensuring reliability during intense milling.

Compatibility with Road Construction Equipment

• Wirtgen Systems: Wirtgen milling picks and Wirtgen milling teeth fit seamlessly, optimizing performance on Wirtgen W2000 or W2100 planers.
• Roadtec and Bomag: Road milling picks and asphalt milling teeth integrate with Roadtec RX-600 or Bomag BM2000, enhancing cutting precision.
• Caterpillar and Volvo: Cold planer teeth and road planer teeth ensure smooth operation on Caterpillar PM620 or Volvo MT2000.
• Versatile Parts: KOIHO’s road construction equipment parts, including asphalt milling bits, support multiple planer brands for flexible use.

Tips for Maximizing Tool Efficiency

• Select Task-Specific Tools: Use tungsten carbide road milling bits optimized for asphalt or concrete surfaces.
• Ensure Proper Fit: Match cemented carbide milling picks to planer drum specifications for Wirtgen or Roadtec machines.
• Maintain Regularly: Clean hard alloy planer teeth to remove debris, extending tool life.
• Adjust Operating Speed: Optimize settings for asphalt milling tools to reduce wear and fuel costs.

Road milling tools drive efficiency in road construction projects. KOIHO BETTER CARBIDE’s tungsten carbide road milling bits, Wirtgen milling picks, road planer teeth, and asphalt milling parts offer unmatched durability and compatibility. Upgrade your roadwork at www.koihocarbide.com.