The ASSA ABLOY SL Thermo+ is an aesthetic door that combines cutting-edge technology with a safe, weather-proofed solution. Comfort is always within reach, as the ASSA ABLOY SL Thermo+ can handle extreme wind pressure, heavy rain, and much more to keep your building environment safe and welcoming. If your buildings require a versatile, energy-efficient entrance solution that prioritizes superior performance with a modular design and excellent UD-values (thermal transmittance coefficient), this is the entrance you need.
Weatherproof without sacrificing aesthetic
The ASSA ABLOY SL Thermo+ automatic sliding door system meets the highest standards of safety, efficiency, and comfort. It ensures an airtight environment, maintaining a pleasant indoor climate in all weather conditions.
Sealed comfort, year-round
A fully thermally broken profile delivers a UD-value as low as 1.1 W/m²K, cutting energy costs and ensuring indoor climate control. The system withstands wind speeds up to 110 km/h (hurricane-force winds) and driving rain up to 600 Pa, ensuring resilience in harsh conditions.
Reliable noise reduction, world-class security, and easy to install
It reduces airborne noise by 35 dB, contributing to a quieter indoor space. Its thermally separated system improves energy efficiency, lowering heating and cooling costs with an excellent heat transmission coefficient.
Available variants
Tried and true
The system’s digital mode selector and its components allow self-monitoring and error reporting, which makes maintenance effortless. The ASSA ABLOY SL Thermo+ combines aesthetics, functionality, energy efficiency, and high performance into an all-in-one entrance solution.
Single sliding door
Clear Opening Width (COW): 800 – 2 500 m
Clear Opening Height (COH): 3 000 mm
For more details please refer to the datasheet available in the download section.
Bi-parting sliding door
Clear Opening Width (COW): 800 – 3 000 mm
Clear Opening Height (COH): 3 000 mm
For more details please refer to the datasheet available in the download section.