What is the sound insulation effect of solid wood shutters?

What is the sound insulation effect of solid wood shutters?

Architectural design is changing rapidly. As a consumer, the pursuit of high-quality living environment has never stopped, thus constantly spawning more innovative building energy-saving design products! wooden blindAs the "window" of building energy consumption, doors and Windows highlight the trend of seeking advantages and avoiding disadvantages, innovating the old and bringing forth the new!

Insulating glass embedded shutter is an innovative energy-saving shading product, which can manually and automatically control the shading lighting doors and Windows. The overall installation of insulating glass saves space compared with other building shading methods, and has many unique technical advantages:

To achieve the balance of shading and lighting, window blindsby adjusting the shading Angle of the louver directly block the solar radiation.

To achieve the balance of shading and insulation, traditional static energy-saving glass can often determine the shading coefficient of the configuration we can not carry out at the same time to meet the flexible and effective use of solar radiation heat energy in winter and summer.

The insulating glass system with built-in shading blinds has excellent thermal insulation performance and can realize the selective utilization of solar radiant heat.

Built-in shading is obviously easier and more convenient to solve the problem, venetian blindnot only maintaining the traditional architectural design style, but also adding some aesthetic enjoyment to the doors and Windows of the building.

In terms of sound insulation performance, the closed state of the shutter will also improve the ability of the sound insulation barrier, and you can get a better sound insulation level; In addition, the configuration thickness is the same.

This requires our built-in louvered doors and Windows to be more refined, and the pursuit of more excellent thermal insulation performance on the basis of traditional glass to meet the needs of higher living comfort.

1. reduce the risk of condensation on the edge of the production of glass, effective measures to avoid the risk of mold and bacterial growth on the edge of doors and Windows: Warm edge application technology can increase the indoor surface working temperature of the glass edge of our country by more than 5 degrees, so that it has a higher dew point temperature than the indoor space environment, so as to reduce the risk of dew formation, but also to avoid the risk of mold and bacteria on the door and window edge, and extend the service life of the door and window network.

2. Improve the uniformity of indoor surface temperature throughout the window, improve indoor comfort: By increasing the edge temperature, the uniformity of the temperature distribution of the entire interior surface of the window can be achieved, which reduces the impact of air flow caused by temperature difference, improves the subjective feeling of the human body to thermal radiation, and also meets the pursuit of indoor comfort design of building doors and Windows (the passive energy-saving design standards of buildings clearly stipulate that the indoor surface temperature difference does not exceed 3 degrees).

3. Improve the reliability of Windows and doors, reduce the risk of glass self-explosion and thermal cracking: by increasing the edge temperature of the glass, you can reduce the temperature difference between the edge and the middle, improve the temperature stress distribution gradient of the glass, and reduce the influence of temperature stress, which is one of the reasons for the self-explosion of tempered glass and semi-tempered and non-tempered glass thermal cracking.

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