Superior energy efficiency and comfort
Our thermally broken steel windows and doors from leading suppliers Schüco and Jansen are engineered to offer exceptional thermal performance. By integrating a thermal barrier within the steel profiles, we significantly reduce thermal transfer, ensuring energy efficiency and occupant comfort. These systems are ideal for modern solutions that require both durability and energy efficiency.
Designed with polyamide strips or resin-based separators, our thermally broken steel windows and doors minimise heat transfer between the interior and exterior faces. This technology not only meets but exceeds current energy codes and sustainability standards, making it a perfect choice for environmentally conscious projects.
Enquire NowUnmatched durability and versatility
When it comes to durability, our thermally broken steel windows and doors stand out. The inherent strength of steel, combined with the advanced thermal break technology, offers both structural integrity and aesthetic flexibility. Whether you're dealing with harsh weather conditions or looking for traditional aesthetics, our products deliver.
Our steel profiles are designed to accommodate a wide variety of architectural styles. From narrow profiles that offer slim sightlines to robust frames that ensure longevity, our solutions are versatile and adaptable. The polyurethane or polyamide insulators within the profiles further enhance the durability and thermal performance of our products.
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Frequently Asked Questions
Discover the benefits of thermally broken steel windows and doors with our frequently asked questions. Learn how these high-performance solutions enhance energy efficiency, durability, and architectural design for modern and sustainable buildings.
Enquire NowWhat are the key benefits of using thermally broken steel in architectural projects?
Thermally broken steel offers enhanced thermal performance, energy efficiency, and structural integrity. It integrates a thermal barrier to minimise heat transfer, meeting energy codes and sustainability standards while allowing slender, strong profiles for aesthetic flexibility.
How do thermally broken steel windows and doors contribute to energy-efficient building design?
Thermally broken steel windows and doors use polyamide strips or resin-based separators within steel profiles to reduce thermal bridging. This minimises heat loss and gain, lowering heating and cooling demands, resulting in improved energy efficiency and reduced operational costs.
Are there design limitations when using thermally broken steel windows and doors?
No, thermally broken steel windows and doors accommodate various architectural styles. They feature narrow profiles for slim sightlines and robust frames for longevity. Customisation options include RAL colours and finishes, allowing them to fit specific design requirements.
How do thermally broken steel windows and doors perform in harsh weather conditions?
Thermally broken steel windows and doors are designed to endure harsh weather conditions. The combination of steel's inherent strength and advanced thermal break technology ensures their structural integrity and performance, making them suitable for diverse climates and reliable over time.
What sustainability benefits do thermally broken steel windows and doors offer?
Thermally broken steel windows and doors support sustainable building practices by enhancing energy efficiency, reducing the carbon footprint, and maintaining consistent interior temperatures. Steel's recyclability further contributes to environmentally friendly construction.
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