Euroglas is, with its Silverstar Combi products, offering architects and planners a wide range of glazing for building faades, combining high light transmittance with solar control and thermal insulat…
Euroglas is, with its Silverstar Combi products, offering architects and planners a wide range of glazing for building faades, combining high light transmittance with solar control and thermal insulation, designed to meet an extensive range of climate-related requirements. The Swiss-based glass specialist has now succeeded in further improving the thermal insulating properties of the product range. All Combi insulating glass now comes with a Ug value of 1.0 W/m2K (as per EN 673), simultaneously retaining the visual effect, the so-called “street appeal“. Depending on the coating to be applied, Silverstar Combi glazing combines differing levels of solar control with maximum light transmittance and further enhanced thermal insulation. The entry product in the range is Silverstar Combi Neutral 41/21 with a very low overall energy transmittance (g value as per EN 410: 22%) and a correspondingly high solar control effect. This product is particularly suited for regions which experience distinctive fluctuations in temperature range, in other words hot summers and cold winters. At the other end of the product range, with a significantly higher g-value of 37% (as per EN 410), Silverstar Combi Neutral 70/35 provides reduced solar control, although it still absorbs almost 2/3 of the radiation energy. In conjunction with its high light transmission of 70%, this product creates a selectivity of 1.89. The offering is rounded off by Silverstar Combi Neutral 51/26 and Combi Neutral 61/32, with medium levels of overall energy transmittance and a simultaneously high optimum use of daylight. The Combi Neutral 51/26 is also available in a temperable version which is identified by the additional code T (= temperable). When coated, this version can also be processed as single pane toughened glass, allowing very short delivery times and providing maximum flexibility in terms of application.