Today, the importance of saving and efficient use of energy as well as energy sources is increasing. In building complexes, 82 % of energy is used for heating purposes. This rate corresponds to 26 % of the total energy used in our country. 40 % of the heat loss in the structures is due to the outward walls, 30 % of windows, 17 % out of the outside door or balcony gates, 7 % of the roof, 6 % of them are under the flooring. This situation emphasizes PVC window systems as one of the most important areas to save, as housing and insulation systems. The fact that the most limited and most expensive source is energy, emphasizes the “protection of energy ve in window systems more prominent.
Euphrates eliminates the insulation problems experienced in riding systems used in houses and offices by pioneering a principle with “Fırat Insulated Sliding Systems”. When the window is closed with the “Insulated System System”, the insulation at all points is provided with the help of EPDM gaskets. Thus, the influences from the outdoor environment such as wind, sound and rain are completely prevented from infiltration.
Aesthetic
In the “insulated riding systems, the case and the wing are designed on the same plane and a holistic aesthetics are provided. The system has a wide range of usage areas from the smallest window to large openings such as the doors opened to the office, garden or terrace. Your expectations are met.
It provides excellent insulation with EPDM gaskets used for safe wing combination.
Thanks to the upper insulating profile, it prevents air passage between two wings in the upper horizontal.
The gaskets in the interlock system provide insulation in this region with the mass filters with hair filters.
The upper insulation wedge is attached to the interlock profiles and preventing the weakness of the isolation that occurs in the vertical direction.
Thanks to the interlocking wedge, air passage from the base of the profiles is prevented.
Thanks to the lower sliding cover, the sliding wing closure was provided in a manual rail, while the aesthetic appearance was provided, while the risk of rubbing the rail was eliminated.
Thanks to the upper sliding cover, the sliding wing closure is provided to aesthetic appearance without the need to cut it in the form of top rail, while the risk of rubbing the rail was eliminated.
• The system has a 125 mm case and a wing width of 50 mm.
• Two different types of sparks, 20 and 24 mm, can be used.
• When the window is closed, the insulation is provided by EPDM gaskets at all combination points.
• Two different aluminum rail profiles have been developed in doors and windows to relieve the passage from the door sills.
• The combination of the system and wing profiles of the system is provided entirely with the “welding method ;; The system is designed to be produced in the fastest way with the least profile.
• Since each wing has 200 kg carrying capacity, it is possible to apply from small windows to large openings.
• The wing combination points are the greatest weakness of the riding systems. Thanks to the special interlock profile used at the wing combination points, insulation is provided by two EPDM gaskets and hair wicks.
• Thanks to the special locking system of Interlock profiles, the possibility of separation of their wings due to wind effect is completely eliminated.
• Another weakness of the riding and parallel riding systems, the openness of the two wings in the upper horizontal, was eliminated with the specially designed insulation profile and wedge.
• The system integrity has not been impaired thanks to the special profile designed to make the gap between the upper horizontal vault wing in aesthetically aesthetically and to close this opening.
• Thanks to its locking system and interlock structure, the “insulated sliding system” has high wind load resistance and can provide the same performance values as high -insulation window systems in air sealing.
• While developing the “insulation riding system”, the maximum wind load values that structures may be exposed to are taken into consideration and the positions in the support sheets and their positions in the profile are designed to get maximum efficiency.
• “Insulated Sliding System” can provide all requirements in heat transmission coefficient values thanks to the number of chambers, chambers widths, profile heights and EPDM gasket system.
• In accordance with TS EN ISO 10077-2 standard, 1,23 m x 1,43 m with window system System UG: 1,1 W/M2K, UW: 1.6 W/M2K and UF: 1.7 W/m2k values were achieved .
• Sound insulation can be provided up to 40 dB with the “insulation sliding system”. Thus, it is possible to create a sound environment at high quality life level even in the most noisy environments.
• Thanks to the acoustic glass that can be used with the system, the sound noise of the outside world is isolated from the indoor environments.