Low carbon is prevalent, and people advocate "low-carbon life" in the 21st century. As consumers' awareness of their own health and environmental protection improves, people no longer show their noble status with luxury extravagance, but reflect their tastes with low-carbon environmental protection. "Low-carbon" life is the general trend and the inevitable development in the future. Doors and windows are also in line with the trend of the times, and they are making great strides in the direction of energy conservation and environmental protection. The development of low-carbon door and window industry does indeed contain huge opportunities for the door and window industry. There are many favorable conditions and favorable factors, and of course there are many difficulties and challenges. It can be said that the door and window industry has ushered in a new era of opportunities and challenges.
In order for mankind to truly enjoy a "low-carbon" life, the world is acting, and home furnishing companies are no exception. Doors and windows are related to people's lives. The culture of doors and windows is also inseparable from the popular values ​​of society such as fashion and taste. Environmental protection doors and windows are undoubtedly the closest door and window products to the low-carbon environmental protection. Haomeijia Door Industry believes that the superiority of the environmental protection performance of environmental protection doors and windows is a major development direction and trend of the door and window industry in the future. First of all, he wins with environmental protection and can grab people's hearts.
How does the door and window industry conduct low-carbon environmental protection in terms of energy saving?
First of all, enhancing the thermal insulation performance of doors and windows is fundamental to energy saving of doors and windows. Doors and windows are generally thin-walled and light-weight components, which are the weak links of building insulation, heat insulation and sound insulation. In particular, the thermal insulation performance is the worst. It causes energy loss in buildings through four forms: radiation transfer, convection transfer, conduction transfer and air penetration. The energy loss of ordinary single-layer glass windows accounts for about 50% of the energy consumption of building insulation in winter and cooling in summer %the above. Therefore, doors and windows are the top priority for improving indoor heat and light environment, and its performance directly determines the effect of building energy saving. Enhancing the thermal insulation performance of doors and windows and reducing the energy consumption of doors and windows are important steps to improve the quality of building heat and light environment and achieve the goal of building energy conservation.
Secondly, hardware accessories occupy a very important position in the design of systematic energy-saving doors and windows. The quality of hardware accessories affects various performance indicators of doors and windows. There are many types of door and window hardware that affect the sealing performance of doors and windows. According to the classification of door and window sealing performance, they can be roughly divided into two categories: multi-locking hardware and single-locking hardware. The design of heat-insulating aluminum profile is the core part of the whole design, and the quality of profile design determines the performance and quality of doors and windows. In addition, the sound insulation performance of systematic energy-saving doors and windows is achieved by insulating glass. At the same time, the energy saving of doors and windows is also blocked by insulating glass by heat radiation.
Finally, improving the airtight performance of doors and windows is the key to energy saving and environmental protection of doors and windows. The thermal insulation and heat insulation of doors and windows are closely related to the materials, structure and airtightness of glass, door and window frames. Improve the assembly quality of doors and windows. Choose a good sealing material. Use main materials with low thermal conductivity. These are the best ways to ensure the airtightness of doors and windows. The selection of the rubber strip is also particularly important. The material of the rubber strip is EPDM rubber. Its advantages are: good heat resistance and good sealing. The main design considerations are: safe, convenient and reliable, water-tight and air-tight.
In this "low-carbon era", everyone demands "low-carbon life", and some businesses use "low-carbon products" as propaganda to confuse the audience, making consumers unable to really identify.
PDLC glass can be changed completely transparent, completely atomized and louver 3 kinds of effect, corresponding to open, illicit close and half illicit 3 kinds of space state, and the degree of illicit half can be set by oneself. It can be remotely controlled by remote control or mobile phone APP. During remote control, it can set the functions of pressing each button once, continuously pressing twice and long pressing. At the junction of the kitchen and the living room, a small bar is made with two prefabricated cement boards (for prefabricated buildings), which is very interesting. What's more interesting is that the glass between the kitchen and the dining room is a piece of electrically dimming glass - the transparency of the glass can be adjusted according to the change of the usage scene. Although we cannot change the space area of a small apartment, what we can do is to make up for this shortcoming in terms of decoration, by using some decoration materials to change the defects of the space, such as using dimming glass as a partition to enhance the sense of space.
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