PR40 THERMO NEW LIFT-SLIDE SYSTEM FROM PROFILCO
The new thermal break system by PROFILCO, PR40 Thermo is the outcome of three companies’ cooperation that covers all demands of lift sliding constructions.
The object of this cooperation is the creation of a thermal break lift-sliding / sliding system for manufacturing waterproof low cost constructions.
PR 40 uses waterproof rubbers in case of lift sliding constructions and brushes in case of simple sliding constructions. The final consumer has the possibility with economic way to have in their house lift-sliding or sliding constructions, successive sliding windows or inside-wall or all of these with the same visual result. The systems’ significant advantage is the T-REX plug by GIESSE which retains the water outflow in successive constructions while maximizes thermal properties of windows at the most difficult point: the connection of the hook profiles.
Main Characteristics of PR40 Thermo:
- Lift sliding mechanism GOS of GIESSE for sash weight 200 or 80 kg with the use of the same profile.
- Low height of drivers 40mm.
- Sash width 40mm.
- Reliable mechanism with low cost.
- Plugs and damping stopper are designed by GIESSE ensuring high performance of waterproof and operation of sliding construction.
- Special designed drainage plugs (T-REX) in case of successive constructions which ensure the water out flow. The referential plugs (T-REX) increase the thermal break properties of successive constructions at the most crucial point: the connection of hook profiles.
- Waterproof rubbers used in case of lift sliding constructions or brushes in case of simple sliding constructions.
- Multiple locking with striking plates which are flat with the drivers.
- Ability to use chremone, handle or cup handle.
- Possibility of creating successive and inside-wall lift sliding – as well as – simple sliding constructions.
- Using the same aluminium profiles, the manufacturer can create lift sliding or simple sliding constructions. This means that in the same space can be placed sliding and lift sliding constructions with the same appearance but with different operation.