IDEAL 8000

The creation of window structures with low thermal transmittance is no longer just a fad or curiosity, it is a permanent and long-determined direction in the development of window technology.

The Ideal 8000 system is perfectly in line with the path of seeking savings in thermal energy by increasing the depth of sections and the number of internal chambers, and implementing new technologies for glazing window sashes.

The thoughtful design and profile geometry, combined with available technologies, ensure excellent statics, long-term preservation of window function and trouble-free operation.

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Technical characteristics

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The Uf=1.0 W/m2K thermal transmittance coefficient of the profiles obtained in the study places the IDEAL 8000 system among the solutions of primary importance for investors interested in energy-efficient construction.

Achieving such results was possible thanks to the increase in profile installation depth to 85 mm, the six-chamber profile design and the designed three-seal system. The possibility of using energy-efficient glazing packages with a width of up to 51 cm makes it possible to create windows characterized by very low thermal transmittance.

The use of glass bonding technology allows the windows to be even more stable. Thanks to the permanent bonding of the glass and the sash, the risk of warping, bending, and settling of the sash is reduced, thus extending the life of the sashes without the need for adjustment. By bonding the glass to the profile with glue, around its entire perimeter, much of the static load is carried by the glass, which is more resistant to bending than the sash profile and thus stabilizes the window.

The Ideal 8000 series is a multifunctional system, using the MULTIFALZ technology, which is an optional bonded glass technology. Thanks to the new geometry of the glazing rebate, not only conventional glazing, but also glass bonding is possible. These technologies can be used alternately or combined as needed, e.g., it is possible to improve the thermal properties of a structure by eliminating steel reinforcements and pasting glass, or to use both steel reinforcement and glass bonding technologies for larger window sizes, colors, etc.