1. Adopt thermally broken aluminum profiles adapted to high-temperature climate
Regions including the Middle East, Egypt and Kenya are featured with strong solar radiation and high ambient temperature all year round. Thermally broken aluminum profiles with high-performance insulation strips can effectively block heat conduction through frame beams and columns, relieve indoor overheating caused by outdoor high temperature.

2. Choose climate-oriented high-performance insulated glass
For intense sunlight conditions in Middle East, Egypt and Kenya, Low-E insulated glass, double/triple pane insulated glass and solar control glass are adopted to reduce solar heat gain, avoid excessive indoor temperature rise, cut down the energy consumption of air conditioning.

3. Targeted thermal bridge treatment for high-temperature areas
Arrange high-quality thermal insulation boards and insulation filling materials at beam-column joints, panel backside and splicing gaps. It can effectively break thermal bridges, prevent local heat infiltration under long-time high temperature environment common in Middle East, Egypt and Kenya.

4. High airtight sealing to adapt regional windy and dusty climate
High-quality sealing strips, structural sealant and weather-proof sealant improve the integral airtightness of curtain walls. It not only blocks hot outdoor air entering the room, but also prevents dust from permeating in windy areas of Middle East, Egypt and Kenya, reducing extra energy load.

5. Standard construction matched with local climatic characteristics
Strict construction control ensures complete laying of insulation layers and intact sealing joints. Avoid heat leakage caused by construction defects under long-term strong sunshine and temperature difference in Middle East, Egypt and Kenya.

6. Optimize overall design combined with local regional environment
Reasonably match external sunshade components and cavity ventilation design aiming at strong solar radiation of Middle East, Egypt and Kenya, cooperate with building envelope to further lift the whole energy-saving and thermal insulation effect.