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Europe confirms the title of best BRISOLEY.

Europe confirms the title of best BRISOLEY.

BRISOLEY // MOVABLE WALL MOTOR, OTHER THAN SOLAR PANEL, RECEIVES BEST PRODUCT REGISTRATION IN TURKEY/ST!

The Turkish company STORSAN has revolutionized the production of traditional sunshades, which for years had been manufactured in Europe using thin aluminum strips and were unable to adequately block sunlight due to their fragile structure.

The 1.1 mm thick extrusion-printed thermal aluminum lamellas have been enhanced with a four-stage wind resistance line for improved impact resistance, earning BRISOLEY the title of Europe's best for the second time.

With 36 years of experience and over 20,000 years of production and installation experience, it has become Europe's top choice.

So why 1.1 mm? Why thermal aluminum? Why wind resistance?
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For a product physically used on an exterior facade, a thickness of 0.50 mm certainly doesn't provide sufficient strength because it hasn't been heat-treated (hardened). As a result of damage to the thin lamellas, which are quickly affected by wind, light and heat pass through the gaps, causing discomfort for the user. Naturally, the desired heat protection isn't achieved.

Therefore, STORSAN/BRISOLEY sunshades are registered with CE certification, UTILITY MODEL, and ISO 9001 - OHSAS 18001 certifications.

Years ago, they were chosen to protect against sandstorms at LIBYA/SURT Airport and against high winds at ASHGABAT Airport in September 2019. They also undertook the application project at the TAV-ANTALYA AIRPORT/INTERNATIONAL terminals.

For this reason, our Turkish architects, mechanical engineers, contractors, homeowners, and institutions, as well as Europe's distinguished architects and contractors (Germany's AVG GROUP, Switzerland's ARMA GLOBAL, MANHAIM HIGH-RISE BUILDING, and Berlin's HARTMANN mbH projects), must prioritize 100 mm THICKNESS and the use of THERMAL ALUMINUM.

The most important reason for this is to eliminate the need for air conditioning in hot climates and save 40% on heating costs in cold climates.