
Dubai Luxury Villa
U≤2.0 | 186 Units

50°C Heat Resist | Salt Anti-Corrosion | Sand Dust IP54
Thermal-break frames and solar-control Low-E glass for GCC desert and coastal climates.
Our high-temperature systems are engineered to GSO SASO, Dubai Municipality, Abu Dhabi UPC, and Saudi Building Code performance thresholds, with thermal, corrosion, and sand-dust data for GCC review.
Systems are engineered for GSO SASO, Dubai Municipality, Abu Dhabi UPC, and Saudi Building Code targets. We provide thermal simulations, salt-spray data, sand-dust testing, full-size specimens, and installation documentation. Final compliance documentation is issued under the buyer’s company name.
View certification process →| Parameter | Our Production Target | GCC reference | GSO / SASO | Status |
|---|---|---|---|---|
| Thermal Transmittance | U≤2.0 W/m²K | ≤2.5 | ≤2.1 | In-house validated |
| Solar Heat Gain | SHGC≤0.25 | ≤0.30 | ≤0.25 | In-house validated |
| Air Infiltration | ≤0.3 L/s·m² | ≤0.5 | ≤0.5 | In-house validated |
| Water Penetration | 600Pa | 300Pa | 450Pa | In-house validated |
| Salt Spray Corrosion | 1000hr | 500hr | 720hr | In-house validated |
From heat and exposure analysis to GSO SASO and local authority documentation.
Review project climate zone, opening sizes, target standard, drawings, and local approval route.
Week 1Build full-size specimens to the nominated configuration, glazing, hardware, and performance target.
Week 2–4Coordinate the applicable accredited laboratory tests and record the performance data required for submission.
Week 5–8Prepare calculations, drawings, installation details, declarations, and supporting test documentation.
Week 9–10Support the nominated local authority, notified body, or certification route through final documentation.
Week 11–12Temperature range, solar control, salt exposure, dust sealing, and project authority requirements are confirmed before final configuration.

U≤2.0 | 186 Units

SHGC 0.20 | 420 Units

IP54 | 312 Units

Thermal-break sliding door engineered for 50°C+ environments with heat-reflective Low-E glass and GSO SASO test specimen support.
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Solar-control fixed window with Low-E glazing engineered to reduce solar heat gain in GCC climates, with SASO energy-efficiency documentation.
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Sand-resistant casement with triple-seal gasket and dust-resistant hardware engineered for desert air-infiltration requirements.
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Thermal-break entrance door with UV-stable powder coating engineered for 50°C+ Gulf conditions and GCC building-code submission.
Discuss this system →Send your drawings, performance targets, and project location. Our engineers will respond within 24 hours.
Start the technical review →Thermal breaks, Low-E glass, coatings, seals, hardware, and installation details are selected together for the project heat and solar exposure.
We can prepare thermal simulations, test specimens, salt-spray data, sand-dust information, and engineering documents for the nominated GCC route.
Casement and sliding configurations can use multi-seal systems, controlled drainage, and hardware selected for desert exposure.
Yes. Salt exposure, UV, heat, and wind requirements are reviewed by site, including Dubai, Abu Dhabi, and other Gulf coastal locations.