Installation depth: 102 mm
Door Profile
Yawal TM 102HI
Can entrance doors simultaneously serve as a monumental showcase for your home while acting as an invisible shield protecting its warmth? The Yawal TM 102HI system proves that they can. This is more than just aluminium passive house doors – it's meticulously engineered technology that confirms its elite performance parameters, with an impressive thermal transmittance coefficient Ud from 0.70 W/(m²K), certified by the prestigious Passive House Institute. Created for visionaries – architects, developers, and investors who refuse to compromise between design, comfort, and absolute energy efficiency.
Certified Excellence – Your Guarantee of Supreme Quality
In a world where many products merely declare their properties, we rely on independent verification. The Yawal TM 102HI system belongs to an elite group of solutions on the global market whose parameters have been verified and confirmed by the most renowned institution in passive house construction – the Passive House Institute in Darmstadt. . This is your ironclad guarantee that you’re investing in real, certified quality of energy-efficient aluminium doors.. Imagine the peace of mind and measurable heating savings that become part of your daily life throughout the building’s entire lifespan.
Innovative Construction with Angular Thermal Break
How do you reconcile the dream of an impressive three-meter-high entrance with the rigorous requirements of a passive house? The answer lies in our industry-unique engineering innovation: a revolutionary thermal isolator positioned at an angle. This is the heart of aluminium external door construction, optimizing force distribution and enabling the creation of robust, stable door leaves weighing up to 250 kg, without risking the loss of precious airtightness. This gives architects virtually unlimited freedom in creating spaces that captivate and inspire through aluminiowym drzwiom wejściowym najwyższej klasy.
Unmatched Energy Performance
Experience true thermal comfort regardless of weather conditions outside. Thanks to advanced triple-chamber construction reinforced with fiberglass thermal breaks, these thermally insulated aluminium doors achieve a thermal transmittance coefficient Ud from 0.70 W/(m²K). . This value comfortably exceeds the most stringent standards, including Technical Conditions 2021, and genuinely reduces your home’s energy consumption. The ability to incorporate substantial triple-glazing units up to 72 mm thick is the finishing touch in achieving energy perfection with passive aluminium doors.
Exceptional Acoustic Comfort
Imagine returning home where city noise fades right at your doorstep. With sound insulation reaching 48 dB, the TM 102HI system transforms your interior into a true oasis of tranquility. Street noise at 70 dB is reduced to whisper levels. This is the priceless comfort of soundproof aluminium doors, allowing you to fully relax and enjoy the silence, even when living in the heart of a bustling metropolis, near a busy highway, or close to an airport.
Security at the Highest Level
Your family’s safety is priceless. That’s why burglar-resistant aluminium doors based on the Yawal TM 102HI system can achieve the highest resistance class RC3. . Their robust, solid construction, equipped with a special chamber for steel reinforcements and compatible with the most advanced multi-point locking mechanisms, creates an impenetrable barrier against unwanted visitors. This is the sense of security you can rely on every day and every night.
Versatility and Personalization
Your home’s entrance should be as unique as its owner. The TM 102HI system offers complete freedom in shaping the aesthetics of modern aluminium doors – from an unlimited RAL color palette, through noble anodized finishes, to realistic and durable wood-effect decors using Decoral technology. Choose aluminium doors with infill panels flush with the frame in the Prestige version for a perfectly smooth surface effect, and integrate them with smart home systems to create intelligent entrance doors for the 21st century.