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In 2023, CUHK researchers milled glass bubbles for 5 minutes before mixing cooling paint; solar reflectivity rose from 75.8% to 95.8% during field tests at noon
CUHK researchers have achieved a breakthrough in affordable radiative cooling paint by milling glass bubbles, increasing solar reflectivity from 75.8% to 95.8%, promising energy-saving solutions for buildings.
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economictimes.indiatimes.com
Timeline cronologica
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City University of Hong Kong built a radiative-cooling ceramic tile reflecting 99.6% of sunlight; field tests found it about 5°C cooler…
Discover the innovative ceramic tile by City University of Hong Kong that reflects almost all sunlight and outperforms traditional roofing materials, promising significant energy…
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In 2023, CUHK researchers milled glass bubbles for 5 minutes before mixing cooling paint; solar reflectivity rose from 75.8% to 95.8%…
CUHK researchers have achieved a breakthrough in affordable radiative cooling paint by milling glass bubbles, increasing solar reflectivity from 75.8% to 95.8%, promising…