Experience Cooler Cities with Innovative Asphalt
Discover how cooled asphalt reduces urban heat and promotes sustainable city living.
Reduces Road Surface Temperature
Our cooled asphalt lowers surface temperatures by up to 15°C, easing heat stress on urban areas.
Enhances Energy Efficiency
By cooling surroundings, it reduces air conditioning needs, cutting energy consumption significantly.
Supports Sustainable Urban Development
This technology aids cities like Tokyo in combating heat islands for a healthier environment.
Discover the Benefits of Cooled Asphalt
Learn how cooled asphalt technology reduces urban heat by reflecting sunlight, lowering surface temperatures, and promoting energy savings in cities.
Urban Heat Reduction
Our cooled asphalt lowers road temperatures by 10 to 15°C, easing the urban heat island effect during summer.
Energy Efficiency
By decreasing surface heat, this technology reduces air conditioning demand, helping save energy in surrounding buildings.
Sustainable Urban Development
Implemented in cities like Tokyo, cooled asphalt supports eco-friendly infrastructure for more comfortable, livable environments.
Innovative Solutions to Combat Urban Heat Challenges
Discover how cooled asphalt technology effectively reduces city temperatures and enhances urban living conditions.
Reflective Surface Technology
Our cooled asphalt uses specialized components that reflect sunlight, significantly lowering road surface temperatures during heat waves.
Energy Efficiency Enhancement
By cooling road surfaces, this technology decreases surrounding building temperatures, leading to reduced air conditioning demands and energy savings.
Urban Heat Island Mitigation
Cooled asphalt minimizes heat absorption, helping to alleviate the urban heat island effect for more comfortable city environments.
Sustainable City Integration
Gradual implementation in major cities like Tokyo showcases how this material supports sustainable urban development and environmental responsibility.
Cooled Asphalt Technology
Discover how cooled asphalt reduces urban heat by reflecting sunlight and lowering surface temperatures effectively.
Step One: Material Composition
Our cooled asphalt includes special components that minimize heat absorption, forming the basis for cooler road surfaces.
Step Two: Application Process
This step covers the installation methods used to ensure optimal cooling performance across urban roadways.
Step Three: Environmental Impact
Learn how cooled asphalt lowers surrounding temperatures, reduces energy use, and supports sustainable cities.
Innovative Cooling Solutions Shaping Japanese Cities
Discover how cooled asphalt technology works to lower urban temperatures and enhance energy efficiency in city environments.
Reducing Urban Heat with Advanced Asphalt Technology
This case study details the implementation of cooled asphalt in Tokyo, demonstrating significant drops in surface temperatures and energy savings.
Driving Sustainable Urban Development through Innovation
Explore how Japan’s cooled asphalt initiative contributes to mitigating heat islands and promoting eco-friendly city living.
Enhancing City Life with Reflective Road Surfaces
This case study highlights the benefits of cooled asphalt in reducing building temperatures and lowering air conditioning demands.
