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Will the thickness of aluminum alloy doors and windows affect performance?

2020-04-27 14:47:36 | 高齢社会
Since the development of the construction industry, as people's needs have changed, many aspects of their concepts have changed. For example, the doors and windows have now been changed to aluminum alloy doors and windows made of aluminum alloy. Now consumers' requirements for doors and windows are not only beautiful, but also important. Regarding safety, it is widely believed that the thicker the doors and windows, the better, so is the thicker the better? Let's analyze it for everyone

Is the thicker the better?

First of all, the thickness of aluminum alloy doors and windows is not as thick as possible. The choice of thickness is based on the use of the environment and other factors according to the principle of mechanics. If the material used is small, there will be hidden dangers. If it is used too much, it will cause unnecessary waste and the cost of consumers will also To improve, in general, the thickness of doors and windows can be divided into 1.4, 1.6, 1.8, and more than 2.0, not the thicker the material, the better, but to choose the appropriate.

Generally speaking, the force thickness of the window should not be 1.4 mm, the main force part of the door should not be less than 2 mm, the thickness of the force part of the window should not be less than 1.4 mm, and the main force part of the door should not be less than 2 mm.

Will the thickness of aluminum alloy doors and windows affect performance?

2020-04-27 14:39:59 | 高齢社会
Since the development of the construction industry, as people's needs have changed, many aspects of their concepts have changed. For example, the doors and windows have now been changed to aluminum alloy doors and windows made of aluminum alloy. Now consumers' requirements for doors and windows are not only beautiful, but also important. Regarding safety, it is widely believed that the thicker the doors and windows, the better, so is the thicker the better? Let's analyze it for everyone

Is the thicker the better?

First of all, the thickness of aluminum alloy doors and windows is not as thick as possible. The choice of thickness is based on the use of the environment and other factors according to the principle of mechanics. If the material used is small, there will be hidden dangers. If it is used too much, it will cause unnecessary waste and the cost of consumers will also To improve, in general, the thickness of doors and windows can be divided into 1.4, 1.6, 1.8, and more than 2.0, not the thicker the material, the better, but to choose the appropriate.

Generally speaking, the force thickness of the window should not be 1.4 mm, the main force part of the door should not be less than 2 mm, the thickness of the force part of the window should not be less than 1.4 mm, and the main force part of the door should not be less than 2 mm.

What are the chassis of ergonomic chair for office?

2020-04-27 12:23:41 | 高齢社会
Now when many people choose office chairs, they generally only pay attention to the appearance, function and price of ergonomic chair for office, and those who know about office chairs know that the core technology of office chairs lies in the design of the chassis. A good chassis allows Ang users to better operate and adjust the office chair, which undoubtedly improves the comfort and safety of the selected office chair.

At present, the mainstream ergonomic chair for office chassis on the market can generally be divided into three types: one is the traditional three-function chassis, which is more common and has a larger market share. The chassis is generally equipped with two control devices, that is, the lifting control lever and the knob, which can basically be used for three functions of the office chair, that is, tilt and lock, tilt elastic lifting and weight adjustment. It is easy to operate. The right lever is the condition to control the reclining of the chair back. Pushing inward locks the back of the chair. Pulling out is to open the back of the chair and tilt it. Back pressure can be used to adjust the recline of the seat back. Another method is to adjust the lifting height of the office chair by turning the control lever clockwise.

Then there is the engineering four-function chassis. Compared with the traditional three-function chassis, it has two obvious characteristics. First, the chassis adopts the wire control technology, which is to avoid the control device that directly extends from the internal structure like the traditional chassis, which can make the control position more concentrated and beautiful. The second is to increase the front and rear adjustment and depth adjustment of the seat, so that the ergonomic chair for office can adapt to customers of different heights. This design gives users a more intuitive feeling, which can make them more comfortable to sit in. The seat depth adjustment is one of the main differences between ordinary office chairs and engineering office chairs.