Confort 160 is a high performance thermally insulated sliding door system, with a user-friendly (lift-) slide action. The system, with an attractive aesthetic line, is durable, stable and remarkably energy efficient. With a maximum vent weight up to 400 kg large glazed areas are easily attainable.
Outstanding thermal insulation is the critical first step to achieve energy-efficient buildings. Using triple-insulated glass, the Confort 160 solution reaches an excellent insulation level for new build as well as renovation projects. Without any loss of its effortless sliding function, Confort 160 offers expansive glass surfaces combined with an attractive sightline. On top of that, it offers the opportunity to work with an innovative, energy-efficient and sustainable system in order to meet the latest technical standards and building trends. It also demonstrates that modern standards of building can go hand in hand with the comfort and convenience offered by large sliding doors. The double row PA strips, which ensure the unsurpassed insulation level doesn’t have an impact on the building depth: the Confort 160 remains a compact system (160 mm).
The Confort 160 highly insulated sliding system with MINERGIE® certificatation is recognised as the optimum solution for environmentally conscious architects, fabricators and builders introducing an unparalleled level of insulation for passive houses.
1-rail frame, 1 sliding vent
1-rail frame, 1 sliding vent
1-rail frame, 2 sliding vents
1-rail frame, 2 sliding vents
2-rail frame, 1 sliding vent, 1 fixed vent
2-rail frame, 1 sliding vent, 1 fixed vent
2-rail frame, 2 sliding vents
2-rail frame, 3 sliding vents
2-rail frame, 2 sliding vents, 1 fixed vent
2-rail frame, 4 sliding vents
2-rail frame, 2 sliding vents, 2 fixed vents
open 90° corner solution with 2-rail frame, 2 sliding vents on the outer rail, 2 fixed vents
3-rail frame, 3 sliding vents
3-rail frame, 3 sliding vents
3-rail frame, 6 sliding vents
1-rail lift-slide
1-rail lift-slide
1-rail, two lift-sliding vents
1-rail frame, 2 fixed elements, 2 lift-slide vents
1-rail, 2 fixed vents, 2 lift-slide vents in a 90° open corner solution
2-rail frame, 1 fixed vent, 1 lift-slide vent
2-rail frame, 1 fixed vent, 1 lift-slide vent
2-rail frame, 2 lift-slide vents
2-rail frame, 1 fixed vent, 2 lift-slide vents
2-rail frame, 3 lift-slide vents
2-rail frame, 4 lift-slide vents
2-rail frame, 2 fixed vents, 2 lift-slide vents
2-rail frame, 2 fixed vents, 1 lift-slide vent
2-rail frame, 2 fixed vents, 1 lift-slide vent
2-rail, 2 fixed vents, 2 lift-slide vents in a 90° open corner solution
3-rail frame, 3 lift-slide vents
3-rail frame, 6 lift-slide vents
3-rail, 6 lift-slide vents in a 90° open corner solution
| Minimum sightline 2-rail (fixed & sliding part) | 149 mm |
| Minimum sightline 2-rail (straight cut) | 138 mm |
| Minimum sightline transom in vent | 126 mm |
| Profile depth 2-rail | 160 mm |
| Profile depth vent | 70 mm |
Max dimensions vent (W x H) |
3835 x 3300 mm |
| Infill thickness sliding parts 2- and 3-rail | 23 - 53 mm |
| Glazing method | dry glazed with EPDM gaskets or silicon |
| Technical approval | ATG 12/2872 |
| Thermal break | 40 mm polyamides PA 6.6 GF25 (30 mm in the vent) |
| Thermal insulation SHI (EN ISO 10077-2): | Uf up to 2,09 W/m2K |
| Thermal insulation SI (EN ISO 10077-2): | Uf up to 2,64 W/m2K |
| Thermal insulation I (EN ISO 10077-2): | Uf up to 2,79 W/m2K |
| Thermal insulation basic (EN ISO 10077-2) | Uf up to 3,19 W/m2K |
| Air tightness (EN 12207) | Sliding & Lift-slide: 4 (600 Pa) |
| Watertightness (EN 12208) | Sliding: 8A (450 Pa) / Lift-Slide: E1350 (1350 Pa) |
| Wind resistance (EN 12210) | Sliding & Lift-Slide: C4 (1600 Pa, security 2400 Pa) |
Thermal insulation
SHI version: Uf up to 2,09 W/m2K
Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels
EN ISO 10077-2
Thermal insulation
SI version: Uf up to 2,64 W/m2K
Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels
EN ISO 10077-2
Thermal insulation
I version: Uf up to 2,79 W/m2K
Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels
EN ISO 10077-2
Thermal insulation
basic version: Uf up to 3,19 W/m2K
Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels
EN ISO 10077-2
Air Tightness
Sliding version: 4 (600 Pa)
Air tightness refers to the amount of air that will travel through a window or door system in its closed position, both under positive and negative pressure.
EN 12207
Air Tightness
Lift-slide version: 4 (600 Pa)
Air tightness refers to the amount of air that will travel through a window or door system in its closed position, both under positive and negative pressure.
EN 12207
Water Tightness
Sliding version: 8A (450 Pa)
The test applies specified amounts of water spray to the outside face of the window (combination) while incrementally increasing the air pressure. The result defines the test pressure, time and position of any water infiltration.
EN 12208
Water Tightness
Lift-Slide version: E1350 (1350 Pa)
The test applies specified amounts of water spray to the outside face of the window (combination) while incrementally increasing the air pressure. The result defines the test pressure, time and position of any water infiltration.
EN 12208
Wind Resistance
Sliding version: C4 (1600 Pa, security 2400 Pa)
The test applies a series of positive and negative test air pressures. Measurements and inspections are made to asses relative frontal deflection and resistance to damage from wind loads.
EN 12210
Wind Resistance
Lift-Slide version: C4 (1600 Pa, security 2400 Pa)
The test applies a series of positive and negative test air pressures. Measurements and inspections are made to asses relative frontal deflection and resistance to damage from wind loads.
EN 12210
Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of our aluminium window and door systems. We have created many different applications of our systems and offer them - free of charge - for download on the Sapa BIMselector.
Go to Sapa BIMselector
Confort 160 is a high performance thermally insulated sliding door system, with a user-friendly (lift-) slide action. The system, with an attractive aesthetic line, is durable, stable and remarkably energy efficient. With a maximum vent weight up to 400 kg large glazed areas are easily attainable.
