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Our company's gas spring production project starts environmental impact assessment for the first time public participation information announcement

The gas spring manufacturing project of Jiangsu Mingrui Gas Spring Technology Co., Ltd. is now planning to carry out environmental impact assessment, according to the "Environmental Impact Assessment Law of the People's Republic of China" (Order No. According to the "Measures for Public Participation in Environmental Impact Assessment" (Order No. 4 of the Ministry of Ecology and Environment, implemented on January 1, 2019) and other regulations, it is necessary to publicize the implementation of the construction project in order to understand the public's attitude towards the project and the project. Opinions and suggestions on environmental protection are subject to the supervision of the public.

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How does a controllable gas spring work?

 Time of issue: : 2022-02--23

The working principle of the controllable gas spring is that the inert gas is used as the elastic medium, and the elastic element that is lubricated with oil and transmits the pressure is called gas spring for short. It is actually a variant of the sleeve air spring, and it was also developed to further improve the elastic properties of the sleeve air spring. Therefore, it also has the general characteristics of the air spring structure. Gas springs generally consist of cylinders, pistons, seals and external connections. High pressure nitrogen or inert gas and oil form a circuit inside the cylinder. The damping on the piston makes the rod chamber and the rodless chamber communicate, so that the pressure of the two chambers is equal. The elastic force is generated by using the difference in the force area of the two cavities and the compressibility of the gas.

Advantages of self-locking gas springs

 Time of issue: : 2022-02--21

The self-locking gas spring is a closed cylinder that can slide on the piston part and piston rod of the cylinder, and is composed of compressed gas as a storage medium in the body. Circulation means that the self-locking gas spring piston rod is an elastic part that can support, buffer, brake, adjust the height and angle in a prescribed pattern during the stroke of the gas spring. The basic principle of the self-locking gas spring is to fill a closed gas cylinder with a mixture of nitrogen and oil or oil and gas under a certain pressure.

Structural characteristics and working principle of self-locking gas springs

 Time of issue: : 2022-02--17

According to its characteristics and different application fields, self-locking gas springs are also called support rods, gas brackets, angle adjusters, pneumatic rods, dampers, etc. So what are the structural characteristics of gas springs? Here is some information on how self-locking gas springs work.

Superior performance of self-locking gas springs

 Time of issue: : 2022-02--14

A gas spring is an industrial accessory that supports, cushions, brakes, adjusts height and angle. The principle is to fill the closed pressure cylinder with inert gas or oil and gas mixture, so that the pressure in the cavity is several or dozens of times higher than the atmospheric pressure, and the movement of the piston rod is caused by the cross-sectional area of the piston rod being smaller than that of the piston. pressure difference to achieve. Due to the fundamental difference in principle, self-locking gas springs have obvious advantages over ordinary springs, such as relatively slow speed, small power changes (generally within 1:1.2), and easy control.

The performance and purchase method of good quality controllable gas spring

 Time of issue: : 2022-02--11

Controllable gas spring, also known as lockable gas spring, angle-adjustable gas spring, controls the stroke through the opening and closing of the valve, so that the stroke can be stopped at any position, and is mostly used for tables, beds, desks, chairs, paint lamps and other angles, Where the height needs to be adjusted. According to the locking force, it can be divided into elastic locking and rigid locking, and rigid locking can be divided into compression locking and tension locking according to the different locking directions.