Pioneering the intersection of mineral manufacturing and urban thermal management. Our high-reflectivity concrete solutions reduce heat islands and maximize energy efficiency.
Redefining mineral-based construction with advanced solar reflectance technology.
◆ As a leader in the non-metallic mineral sector, we specialize in high albedo concrete, delivering unrivaled solar reflectance. By optimizing mineral purity and pigment distribution, we provide construction materials that actively fight the urban heat island effect.
◆ Our high albedo concrete integrates TiO2 nanotechnology and specialized white aggregates. This technical synergy ensures that our products maintain high SRI (Solar Reflectance Index) values over decades, significantly lowering cooling costs for commercial assets.
Three fundamental pillars that ensure our concrete outperforms standard mineral products.
Maximizing the albedo effect through precision mineral selection.
Ensuring structural strength doesn't compromise thermal performance.
Engineering stability under extreme temperature fluctuations.
Comparative analysis of albedo concrete versus conventional paving materials.
Standardized physical and thermal properties of our high-albedo series.
| Material Grade | Albedo (0-1) | SRI Value | Compressive Strength | Thermal Cond. | Water Absorption |
|---|---|---|---|---|---|
| Albedo Ultra-White | 0.82 | 115 | 45 MPa | 0.8 W/mK | <3% |
| Urban Cool Gray | 0.65 | 85 | 40 MPa | 0.9 W/mK | 3.2% |
| Industrial High-Reflect | 0.78 | 105 | 55 MPa | 0.7 W/mK | 2.5% |
| Eco-Pave Silver | 0.72 | 98 | 35 MPa | 1.1 W/mK | 4.1% |
| Thermal-Shield Max | 0.85 | 122 | 50 MPa | 0.6 W/mK | 1.8% |
| Solar-Reflect Light | 0.75 | 100 | 30 MPa | 1.2 W/mK | 5.0% |
| Albedo Prime-X | 0.80 | 110 | 60 MPa | 0.7 W/mK | 2.1% |
| City-Cool Standard | 0.60 | 75 | 30 MPa | 1.3 W/mK | 6.2% |
Proven performance across diverse industries.
Implemented 50,000 sqm of Ultra-White concrete to lower surface temperatures by 15°C during peak summer.
Installation of high-SRI paving to reduce AC load in terminal connecting zones.
Deployed Albedo Prime-X on 12km of municipal roads to reduce pavement warping.
High-albedo architectural concrete slabs for a public roof garden to prevent heat radiation to floors below.
Tailored solutions for demanding environments.
Reducing heat stress for commuters in open-air terminals and transit hubs.
Specialized high-reflectivity slabs to reduce external heat gain for server rooms.
Heavy-duty, high-albedo concrete for aircraft parking to lower ground radiation.
Creating thermally comfortable healing spaces with low-absorption mineral paving.
Reflective perimeter concrete to lower the heat index for athletes and spectators.
Optimizing the ground albedo to increase bifacial solar panel efficiency.
Every batch is tested using ASTM E1980 standards to verify the exact Solar Reflectance Index.
Rigorous chemical analysis of aggregates to ensure zero contamination of reflective pigments.
Third-party verification of compressive strength ensuring a 50-year lifecycle in high-traffic areas.
Our commitment to precision is backed by global certifications and mineral standards.
Expert answers to common technical and commercial inquiries.
It is a specialized mineral mixture designed with high solar reflectance, reflecting a larger portion of sunlight to prevent heat absorption in urban surfaces.
No. Our formulation ensures that high-SRI pigments do not interfere with the crystalline structure of the cement, maintaining industrial-grade compressive strength.
Through the use of UV-stable mineral oxides and low-porosity binders that prevent dirt penetration and chemical erosion.
Yes, though they are optimized for solar exposure. Indoors, they provide a clean, high-brightness aesthetic that enhances ambient lighting.
Samples are delivered within 7 days, while full-scale industrial shipments typically take 3-6 weeks depending on volume.
Absolutely. By reducing the heat island effect, our products help projects earn credits under the Sustainable Sites category of LEED.
Join the global movement toward cooler, sustainable cities with our precision mineral engineering.