The existing, energy y efficient LINEAL series of windows and doors is further advanced with the new BLOCK system variation that offers the modern, minimal hidden sash design. This design feature effectively erases the visual difference between the fixed and opening sashes and allows for a distinct, modern window.
The hidden sash option is available ins BLOCK PLUS 62, BLOCK THERM 62 and BLOCK THERM 77 systems.
Beside design, the thermal performance of the new BLOCK line are improved, specifically the highly competitive BLOCK THERM 62 with foam inserts that helped to achieve Uw= 1,1 W/(m²K).
System LINEAL BLOCK PLUS 62 is one of eleven from LINEAL series and it represents aluminium profile system with thermal break, specially designed for manufacturing of windows with the frame depth of 62mm. this system is designed to satisfy all contemporary demands for energy efficiency, as well as all other requirements for safe and comfortable living and working environment. Special attention was addressed to selection of materials that for the thermal break within the profile. This way, maximal isolation values of Uf≈2,60W/m²K, or Uw≈1,20W/m²K, were achieved.
System LINEAL BLOCK THERM 62 is one of eleven from LINEAL series and it represents aluminium profile system with thermal break, specially designed for manufacturing of windows with the frame depth of 62mm. this system is designed to satisfy all contemporary demands for energy efficiency, as well as all other requirements for safe and comfortable living and working environment. Special attention was addressed to the selection of the materials used for the thermal break within the profile, as well as the special foam inserts within the profiles. This way, maximal isolation values of Uf≈2,00W/m²K, or Uw≈1,10W/m²K, were achieved.
System LINEAL BLOCK THERM 77 is one of eleven from LINEAL series and it represents aluminium profile system with thermal break, specially designed for manufacturing of windows with the frame depth of 77mm. this system is designed to satisfy all contemporary demands for energy efficiency, as well as all other requirements for safe and comfortable living and working environment. Special attention was addressed to the selection of the materials used for the thermal break within the profile, as well as the special foam inserts within the profiles. This way, maximal isolation values of Uf≈1,40W/m²K, or Uw≈0,83W/m²K, were achieved.
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