Thermal Barrier Coating
Substrate: Metal roofs, tanks, switchgear cabinets
Stops solar heat before it reaches the substrate
Rare-Earth Heat Barrier Coating · Qatar
Cut surface temperature by 15–30°C under Qatar heat
A water-based rare-earth coating system that blocks infrared and UV heat before it reaches the structure.
Derived from stealth-jet rare-earth wave-absorbing technology, engineered for extreme climates — lowering surface heat on buildings, industrial assets, and vehicles across Qatar.
95%+
Infrared rejection
15–30°C
Surface cooling
20–30%
Cooling energy saved
27.5
VOC g/L
BRIRE Joint LaboratoryISO 9001 / 14001 / 45001CTC National Test Center
Why it matters in Qatar
Cooling is Qatar’s largest electricity load
Qatar faces some of the world’s highest cooling demand. Cutting the building envelope’s heat load is the most direct way to ease peak grid pressure and reduce air-conditioning cost.
70%
Air conditioning share of Qatar’s summer peak electricity demand
45°C+
Summer design temperatures driving cooling loads across the Gulf
3×
Projected rise in regional cooling demand by 2030
8.9 GW
Qatar’s 2021 national peak electricity demand — growing 4–5% a year
Product matrix
Match the coating to your substrate
Five product lines cover metal, roof, glass, automotive, and OEM powder applications.
Radiative Cooling Coating
Substrate: Building roofs, skylight glazing
Zero-power cooling · 92% solar reflectance
Glass Coating & Architectural Film
Substrate: Commercial curtain walls, skylights
96%+ IR block · 1.7–2.9 year payback
Automotive Window Film
Substrate: Windshields, side glass, sunroofs
99% UV block · 5G-signal friendly
High-Reflectance Rare-Earth Powder
Substrate: Coating manufacturers (OEM)
Solar reflectance 97%+
Proven performance
Numbers that hold up in the field
95%+
Infrared rejection
15–30°C
Surface cooling
20–30%
Cooling energy cut
1.7–2.9 yrs
Glass coating payback
15–22.5 t
CO₂ avoided / 1000 m² / yr
Field results
Validated in similar climates
Reference projects from high-temperature, high-irradiance climates — closely comparable to Qatar’s conditions.
Similar-climate field results
96.1% IR block
North China high-speed rail station · glass roof 6,000 m²
Visible light 68.1% · UV block 97.9%. Summer heat gain cut, winter heat retained.
Source: Project test report
Similar-climate field results
65°C → 34°C
Northwest telecom tower cabinet
31°C drop under identical sun load; AC power reduced by 60% with hybrid cooling.
Source: Field monitoring
Similar-climate field results
CNY 25,355 saved
East China garment factory roof · under 1,000 m²
Jul–Oct electricity down year-on-year on under 1,000 m² of roof; estimated payback about 2.5 years.
Source: Utility bills 2024 vs 2025
Qatar reference program · Open now
We are selecting Doha-area roofs and tanks for monitored pilots. Site data will be published here.
Join the reference program5-year economics
Pricier upfront — lower net cost over 5 years
Per 1,000 m² of roof area (planning estimates from product materials).
| Cost line | Conventional paint | EASYTO rare-earth coating |
|---|---|---|
| Initial cost (1,000 m²) | USD 3,300–6,900 | USD 8,000–12,000 |
| Repaints in 5 years | 1 time | 0 times |
| 5-year paint labor+material | USD 6,600–13,800 | USD 8,000–12,000 |
| 5-year energy savings | USD 0 | USD 5,400–8,100 |
| 5-year net cost after energy savings | USD 6,600–13,800 | USD 0–6,600 |
Conclusion — Over five years, net cost matches or beats conventional paint — while keeping surfaces cooler every day in between. In the best case, five-year energy savings fully offset the upfront premium.
Technology edge
Why rare earth — not ordinary heat paint
Traditional LOW-E relies on metal-layer reflection. EASYTO uses rare-earth 4F electron-shell LSPR to absorb and convert near-infrared and UV across the spectrum.
| Comparison | Traditional LOW-E / ordinary paint | EASYTO rare-earth |
|---|---|---|
| Working principle | Metal coating reflection | 4F electron-layer LSPR absorb-convert |
| Light pollution | Yes | None |
| Signal shielding | Yes | None |
| Durability | Offline LOW-E ages quickly | 5–10 year weathering resistance |
| VOC | Often >100 g/L | 27.5 g/L |
| Infrared rejection | 40–50% | 95%+ |
Compliance
Ready for Qatar’s approval path
Certifications and test results used for project submittals and GSAS credit support.
QCD / GORD
In progress / available on request
GSAS material credits
Low-VOC contribution
ISO 9001 / 14001 / 45001
Certified
VOC 27.5 g/L
Well below common limits
Fire rating
Class A
Salt-spray test
600+ hours
CTC (China National Testing Center) reports available for project submission packages.
Local support
We stay with you after supply
Local application partners
Contractor network coordination for Qatar sites.
Training & certification
Applicator training with documented QA checkpoints.
Warranty
5–10 year weathering performance · 10 year automotive film options.
WhatsApp technical desk
Fast answers for site questions during works.
Doha point of contact
Eurasian Commodities Trading — Gharrafat Al Rayyan office.
FAQ
Questions teams ask before specifying
Weathering performance is rated at 5–10 years depending on system and substrate, with 600+ hours of salt-spray testing and UV-stable rare-earth chemistry. Automotive films carry up to 10-year warranty options.
Next step
Get a Qatar-specific proposal
Tell us your substrate and project scale — we will return a coating system, coverage estimate, and payback outline.