how to repair pothole by melt asphalt pacthing premix and machine

Inne filmy
November 26, 2025
Brief: Need quick answers about practical use? This video highlights the essentials. Watch a step-by-step demonstration of the Thermoplastic Seak Machine in action, showing how to effectively repair road potholes and cracks using melt asphalt patching premix. You'll see the machine's operation from preparation to application, including heating the material and proper tool selection for different repair sizes.
Related Product Features:
  • Designed for screeding work mode to efficiently fill road cracks and potholes.
  • Features dual stirring modes with battery-driven operation for electric or manual control.
  • Utilizes LPG fuel type with a 60L tank capacity for extended operation time.
  • Applies liquid asphalt coating for durable road surface repairs and maintenance.
  • Compact dimensions of 1200x850x1100mm with a net weight of 145kg for portability.
  • Suitable for various applications including wide cracks, potholes, and bridge deck leveling.
  • Enables pretreatment of fatigue-cracked areas prior to surface maintenance work.
  • Ideal for repairing deteriorated joints, spalls, and breaks in road infrastructure.
Pytania:
  • What types of road damage can this thermoplastic seal machine repair?
    This machine is designed for multiple road repair applications including filling wide cracks and joints, repairing potholes, addressing reticular cracks, leveling bridge deck approaches, repairing deteriorated longitudinal joints, and filling spalls, popouts, and breaks.
  • What is the proper operating procedure for using this machine?
    First, clean the repair area to ensure it's dry and free of moisture and dust. Then, use the thermoplastic boiler to heat the elastic asphalt patching material to 280°C. Finally, select the appropriate coating scoop width based on the size of the crack or damage being repaired.
  • What safety precautions should be taken when operating this machine?
    Always be mindful of scalding hazards as both the melted material and the machine/tools maintain high temperatures during operation. Proper protective equipment should be worn, and the hot components should be handled with care to prevent burns.