Power package ® Glas Trösch COMBI Neutral 61/32
- Customer pickup,
- Courier
- In detail
- Multifunctional, SILVERSTAR COMBI high-tech-covering
- Use of high-quality EUROGLAS float-glass
- Absence of effect of distortion of reflection
- Max. level of selectivity: high level of a svetopropuskaniye / low level of a transmission of energy
- Appearance: light, neutral, at the same time slightly bluish shade
- Ra color rendition level = 94
- Max. size of glass: 6000 x 3210 mm
Application
combined Energopaketov® of Glas Trösch COMBI Neutral 61/32
- Object and inhabited construction with high requirements to a solntsezashchita and a svetopropuskaniye
Durability
combined Energopaketov® of Glas Trösch COMBI Neutral 61/32
As the dusting is in a tight double-glazed window and it cannot be damaged, service life of a covering is equal to service life of the double-glazed window.
Advantages
combined Energopaketov® of Glas Trösch COMBI Neutral 61/32
- Combination of a solntsezashchita and thermal insulation thanks to SILVERSTAR high-tech-coverings
- Max. high level of a daylight at the high level of a solntsezashchita
- Slightly bluish shade
- Individual opportunities of a combination according to requirements to safety and sound insulation
- Uniform appearance thanks to selection of glass for facing of parapets
-
The innovative remote frame of ACS+ (Anti Condensation System) preventing formation of condensate in a regional zone on an internal surface of a double-glazed window
|
Formula glass package |
Koeff tsiyent heatpro- water content Ug-Wert |
Svetopro puskaniye LT-Wert [%] |
The general energy transmission level g-Wert [%] |
Light level reflections LR-Wert [%] |
Weight glass package [kg/mm2] |
Thickness glass package [mm] |
|---|---|---|---|---|---|---|
| 6-16AR-4 | 1,0 | 61 | 34 | 13 | 25 | 26 |
| 6-14AR-4-14AR-4 | 0,6 | 54 | 30 | 16 | 35 | 42 |
Coefficients of heat conductivity of Ug-Wert are calculated according to DIN EN 673. For the physical reasons, the coefficient of heat conductivity of double-glazed windows can change depending on a tilt angle of a translucent design.