Sliding doors 2
Showing all 5 results
Showing all 5 results
Glass unit
1 – glass; 2 – spacer; 3 – desiccant silica gel; 4 – primary sealant; 5 – secondary sealant; 6 – air chamber; 7 – dehydration holes; d – glass thickness; h – double-glazed units thickness; Hc – distance between panes; D – sealing depth; #1-#6 – numbering of glass surfaces in the design of double-glazed units
To improve the characteristics of double-glazed windows, energy-saving glass with various types of spraying is used.
K-glass (hard) – float glass is covered with asphalt. Sputtering glass on the surface of the metal oxide improves its energy saving properties, while reducing emissivity. During the production of float glass, when it is still hot, is deposited by pyrolysis of a thin metal oxide film. Due to the interaction of glass and metal oxide atoms is formed resistant coating, which not afraid of any mechanical damage. To further enhance the heat-shielding characteristics of the K-quenched glass and laminated.
I-glass (soft) is a new generation of glass in the glass industry. It is very similar to the K-glass, but has a higher level of core indicators. In the float glass is applied in two layers of low emissivity metal oxide deposition. This process occurs with the installation of the vacuum magnetron sputtering equipment. This method of coating deposition is called “soft” or Double Low-E.
Multifunction glazing (Mult), when the external glass combines the properties of the sun and energy saving, have become a reality.
In the multi glass surface metal coating is applied, the only difference from the AND Glass is not superimposed in one and in several layers. And each of the next layer of molecules lie crosswise with the molecules of the previous one. This ensures reflection of heat into the room in winter and in summer – outside.
Numbers of glass surfaces in the design of double-glazed windows for different types of coating.
| Visible Light
(EN 410-2011) |
Thermal properties (EN 673-2011) | Solar energy
(EN 410-2011) |
|
| 4 Float – 16 – 4 Low-E #3 | 80,0 | 1,360 | 62,6 |
| 4 Mult #2 – 16 – 4 Float – 16 – 4 Low-E #5 | 62,7 | 0,728 | 43,9 |
The ALT SL160 Lift and Slide Door System is a modern solution for the large aperture glazing. The functionality of the system is provided by the variety of the opening types: doors do not occupy the inner space, disengage a large area, integrate several rooms or room and the terrace.
The ALT SL160 system allows to perform thermally insulated windows and doors with one or more active or fixed sashes. Available design variants are shown below:
 Pic.1. ALT SL160 design variants |
The ALT SL160 system provides architects and designers with the wide range of opportunities for large apertures – wall replacement by thermally insulated lift and slide doors, high anti-burglary capabilities, improved illumination and significant economy of the useful area.
 Pic.2. ALT SL160 junction: SL160.0101 frame profile, two active sashes (one sash can be fixed) |
Specially designed sealing and ledge elements have been developed to withstand unfavorable weather conditions, reliably protecting the premises from wind, moisture and noise.
Foam inserts allow to achieve high thermal insulation level (Uf ≤ 1.3 W / m²K) and to provide thermal insulation characteristics similar to the best European analogues.
 Pic.3. ALT SL160 foamed inserts |
Internal and / or add-on reinforcing profiles allow to produce the sash up to 3.3 m in height and up to 3.2 m in width even in regions with huge wind loads. The guide rail is made of stainless steel and provides smooth sash sliding with heavy triple-glazed windows up to 50 mm thickness.
Based on the test results the leading German hardware suppliers were chosen. The system hardware kits provide maximal functionality and allow to assemble all possible types of sash openings with maximal dimensions and weight up to 330 kg. In case of using additional sets of supporting carriages – up to 440 kg.
| Acoustic performance |
Up to 40 db |
Mounting frame depth |
160 mm |
| Thermal insulation (Uf-value) |
≤1,3 W /m²K |
Mounting sash depth |
72 mm |
| Air permeability |
Class 4 |
Max. Glass thickness |
50 mm |
| Water permeability |
600–750 Pa (Class 9А) |
Max. Sash weight |
Up to 440 kg |
| Burglar resistance |
WK2 |
Max. Sash height |
Up to 3300 mm |
| Hardware bearing strength |
Up to 330 kg |
Max. Sash width |
Up to 3200 mm |
| (using additional sets of supporting carriages) |
(440 kg) |
| 2000 | 2100 | 2200 | 2300 | 2400 | 2500 | 2600 | 2700 | 2800 | 2900 | 3000 | 3100 | |
| 2000 | 2103,82 | 2125,84 | 2146,94 | 2167,81 | 2188,59 | 2209,37 | 2231,17 | 2253,51 | 2274,28 | 2295,16 | 2315,94 | 2340,46 |
| 2100 | 2131,80 | 2153,82 | 2174,92 | 2195,79 | 2216,57 | 2237,35 | 2259,15 | 2281,49 | 2302,27 | 2323,14 | 2343,92 | 2368,44 |
| 2200 | 2159,52 | 2181,54 | 2202,63 | 2223,51 | 2244,28 | 2265,06 | 2286,87 | 2309,21 | 2329,98 | 2350,86 | 2371,63 | 2396,16 |
| 2300 | 1640,42 | 1662,45 | 1683,54 | 1704,41 | 1725,19 | 1745,97 | 1767,77 | 1790,11 | 1810,89 | 1831,76 | 1852,54 | 1873,32 |
| 2400 | 1668,40 | 1690,43 | 1711,52 | 1732,39 | 1753,17 | 1773,95 | 1795,75 | 1818,09 | 1838,87 | 1859,74 | 1880,52 | 1901,30 |
| 2500 | 1696,12 | 1718,14 | 1739,24 | 1760,11 | 1780,89 | 1801,67 | 1823,47 | 1845,81 | 1866,59 | 1887,46 | 1908,24 | 1929,02 |
| 2600 | 1723,84 | 1745,86 | 1766,96 | 1787,83 | 1808,61 | 1829,38 | 1851,19 | 1873,52 | 1894,30 | 1915,18 | 1935,96 | 1956,73 |
| 2700 | 1751,82 | 1773,84 | 1794,93 | 1815,81 | 1836,59 | 1857,36 | 1879,17 | 1901,51 | 1922,29 | 1943,16 | 1963,94 | 1984,71 |
