As the quality of life continues to improve, people have clear requirements for residential quality and performance, in addition to the obvious parts of the purchase of doors and windows such as aluminum, glass, accessories and other quality, relatively more attention to the combination of these doors and windows after a comprehensive performance of the realization.It is the perfect organic combination of a performance system that requires consideration of a series of important functions such as water tightness, air tightness, wind pressure resistance, mechanical strength, thermal insulation, sound insulation and operating feel, as well as the comprehensive results of the performance of equipment, profiles, accessories and seals, resulting in a high-performance system of doors and windows.

The difference between system windows and doors performance and non-system windows and doors

(1)Wind pressure resistance

The five main performance parameters of 'wind pressure, air tightness, water tightness, thermal insulation and sound insulation' are generally used to determine the performance of a system window or door product.

System windows and doors will be designed structurally to take into account the basic wind pressure of extreme weather, mostly to a standard of 6-8. For example, the width of the frame is increased, the wall thickness of the profile is increased and the number of cavities is increased.

(2)Airtightness, watertightness

The two together represent the 'tightness' of a window or door, which refers to the ability to stop rainwater and air from penetrating into the room when the door or window is closed.

System sliding doors and windows have a 4-5 level of air and water tightness through the structure of the rubber strip seal, hidden drainage, high and low rails, etc.; the most significant impact on the sealing performance of system windows and doors is the multi-channel sealing structure, which is basically reflected in the "no wind and no rain" after the windows are closed.

Warren System windows and doors use a large deformation of one piece of bending glass outside the rubber strip, to solve the problem of glue cracking and rubber strip shrinkage leakage. Imported main sealing strips to eliminate water leakage at the joints.

(3)Thermal insulation properties K-value

The lower the k-value, the better the ability of the door or window to block the exchange of temperature between inside and outside, i.e. the better the insulation performance of the door or window.

System windows and doors with wide thermal insulation strips, more profile cavities, isothermal structure, multiple sealing, cavity filling and lower k-value glass can widen the gap between the thermal insulation and non-system windows and doors.

Warren Systems windows and doors have a multi-cavity structure with glass channel insulation wool to improve insulation and airtightness. Optional cavity infusion is also available to improve insulation performance and prevent condensation.

E.g. condensation on non-system windows, northern cities, 7 November.

(4)Acoustic performance

Mainly related to sealing and glass selection, the advantages of system windows and doors over non-system windows and doors in terms of sound insulation performance are still: better sealing and the ability to withstand larger and thicker glass.

The five properties of system windows and doors interact with each other and are closely related, as the overall structure of system windows and doors contributes to the common performance of the five properties.

Stable performance of system windows and doors

The materials used in the production of Warren system windows, such as profiles, hardware, glass, thermal insulation strips and adhesive strips, are all customised by Warren's professional research and development staff according to the different performance requirements of the output product structure, and different raw material processing enterprises, so that different specifications of doors and windows can be used to "fit" the materials.

Firstly, windows and doors cannot be produced without precision profile manufacturing equipment. The six Elumatec SBZ630 fully automated processes in Warren's North and South factories produce more stable windows and doors, making Warren windows and doors perform better.

Secondly, Warren aluminium profiles use Hua Jian Aluminium's ultra-high precision grade 6060-T66 aluminium alloy profile, which has improved wind pressure strength; the window frame and sash are more resistant to deformation, making the water and air tightness guaranteed and the service life increased.

Thirdly, Warren has joined hands with the world's more sophisticated and advanced door and window industry suppliers, such as Sobinco, FSB, Roto, Hao Bo, etc. These more accurate hardware to ensure reasonable load bearing, smoother use and longer opening and closing life.

Professional research and development and high quality raw materials give Warren system windows and doors a longer life than ordinary windows and doors and maintain largely stable performance over their lifespan.

To sum up, system windows and doors are different from ordinary windows and doors, not only in the selection of quality materials and material matching, but also in the scientific analysis and decision making of each window and door from its design stage, both according to climate and geographical characteristics of the application needs. In turn, the selection and configuration of materials, the processing of windows and doors, and the quality management of the process are systematically considered in order to achieve high performance.