insulbar insulating profiles save energy and heating costs, so sustainably improving metal windows, doors and façades, and providing system manufacturers and processors with a decisive benefit.
Not only in terms of the quality, durability, functionality, insulating effect and sustainability of the profiles, but also as regards delivery capability, process and production reliability, ease of processing and also in terms of cost.
Our customers benefit from short delivery times and unlimited delivery quantities of insulbar profiles. The premium quality, precision and tolerances of our thermal insulating bars enable reliable handling during connection and installation, and guarantee the long-term function of the assembly.
insulbar polyamide bars are resistant to a wide range of chemicals, cleaning and processing agents. They are suitable for stove enamelling, resilient during the anodizing process and insensitive to weather when assembled.
The profiles are thermally insulating, enable Uf values to the passive house standard and so save energy. The use of recycled polyamide ensures optimum sustainability. insulbar insulating bars are continuously further developed and are always abreast of the state of the art.
The effective insulating effect of the profiles allows house owners to save heating costs in winter and remain cool economically during the summer. A calculation example indicates the scope for savings* offered by insulbar insulating profiles, in this case insulbar LEF in 34 mm.
Frame without thermal separation |
Frame with thermal separation (with insulbar LEF) |
|
Uf value |
6 W/(m2K) |
1,4 W/(m2K) |
Energy consumption |
6 W/(m2K) x 0,5 m2 x 5 K x 8760 h |
1,5 W/(m2K) x 0,5 m2 x 5 K x 8760 h |
per annum |
= 131,4 kWh |
= 32,9 kWh |
Energy costs per annum |
131,5 kWh x 0,30 €/kWh = 39,42 € |
32,9 kWh x 0,30 €/kWh = 9,87 € |
Savings per annum due to insulbar LEF |
29,55 € ! |
* Assumptions/ conditions: Window size: 1.48 m x 1.23 m = 1.82 m2, clear width of frame: 100 mm, Uf value of the frame without thermal Separation: 6 W/(m2K), Uf value of the frame with thermal separation: 1.5 W/(m2K), glass surface: 1.32 m2, frame surface: 0.5 m2, mean temperature difference inside/out: 5 K, glass and spacer of both windows identical, energy costs 0.30 €/kWh