Three-wheeled sprinkler construction site with high-pressure cleaning truck municipal

Cargo Electric Tricycle
April 22, 2025
Category Connection: Cleaning Vehicle
Brief: Discover the Three-wheeled sprinkler construction site with high-pressure cleaning truck municipal, an electric trike designed for dust suppression and high-pressure cleaning in urban and construction areas. Powered by lithium-ion batteries, it offers 70-100km per charge and features a dual-function system with a 600-800L water tank and 2000-2500 PSI pressure washer. Compact, durable, and eco-friendly, it enhances safety and efficiency.
Related Product Features:
  • Dual-function system: 600-800L water tank for dust control and 2000-2500 PSI pressure washer for cleaning.
  • Lithium-ion battery powered with 70-100km range per charge and 3-4 hours charging time.
  • Compact three-wheeled design with 120° turning radius for agility on narrow or rugged terrain.
  • Reinforced chassis, puncture-resistant tires, and rustproof materials for durability.
  • Operates quietly (<65dB) with safety features like anti-tip stability and LED warning lights.
  • Optional IoT integration for remote monitoring of water/pressure levels, GPS tracking, and maintenance alerts.
  • Reduces water waste by 25% compared to traditional methods, supporting eco-friendly compliance.
  • Designed for utility (non-passenger) use in dust-heavy or high-traffic zones.
Faqs:
  • What is the range of the Three-wheeled sprinkler on a single charge?
    The electric trike offers a range of 70-100km per charge, with a full charge taking 3-4 hours.
  • What are the safety features of this high-pressure cleaning truck?
    Safety features include anti-tip stability, automatic shut-off, LED warning lights, and a quiet operation (<65dB).
  • Can the Three-wheeled sprinkler be customized with IoT integration?
    Yes, optional IoT integration enables remote monitoring of water/pressure levels, GPS tracking, and maintenance alerts.
  • How does this product contribute to eco-friendly compliance?
    It reduces water waste by 25% compared to traditional methods and operates on lithium-ion batteries, supporting eco-friendly practices.
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