Heat Stroke Countermeasure Exhibition: Improving Summer Work Efficiency with Roofs Designed for Heat Stroke Prevention and Energy Conservation

In a question-and-answer format, I will convey the effects of water-based heat-reflective paint for roofs that contribute to heatstroke prevention.

Q1. Is there any significance to heat insulation for roofs? Aqualoof has a proven record of reducing the surface temperature of roofs by 25°C during the peak summer months. As part of measures against heatstroke, it suppresses the heat intrusion from sunlight through the roof, improving not only the working environment inside factories but also reducing the usage time of air conditioning and enhancing its efficiency. Q2. What other features does Aqualoof have besides heat insulation? Due to its excellent waterproofing and rust prevention capabilities, it extends the repainting cycle of roofs and reduces running costs. It has high elasticity that can accommodate the expansion and contraction of buildings due to temperature differences, and the coating itself is resistant to temperature variations (repeated cycles of -30°C to 80°C), ensuring long-term waterproof performance. It can be applied at twice the thickness of typical roof paints, preventing rust-causing substances from adhering to metal parts. Even on roofs where rust has already occurred, the thickness of the coating prevents rust from reaching the surface, thus mitigating erosion. Our drone inspection diagnosis system also makes it easier to establish long-term maintenance plans. Q3. I am concerned about the smell during construction. Since all processes use water-based materials, odors can be reduced, and there are proven records of construction being carried out while in operation. It has been widely adopted even in food factories where odor transfer is a concern.

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