In agricultural production, we all know greenhouses. In many people's minds, greenhouses are plastic greenhouses. However, in fact, with the development of the industry, greenhouses have developed many types, such as plastic greenhouses. Glass greenhouses, solar greenhouses, plastic greenhouses, etc. These can all be collectively referred to as mortuary sheds. In order to better carry out production and balance the temperature and humidity in the greenhouse, many greenhouses will also be equipped with a temperature and humidity recorder to detect changes in temperature and humidity in greenhouses.
The main function of a greenhouse is to incubate and heat, which is used to grow off-season plants. In the season when it is not suitable for plants, it provides plants with growth periods and increases yield. Therefore, greenhouses are commonly used in low-temperature seasons for warm vegetables and flowers. Forest trees and other plant cultivation or nursery. However, to achieve the normal growth of these plants in unfavorable seasons, it is necessary to ensure the environmental standards in the greenhouses by controlling the temperature and humidity in the greenhouses. Therefore, it can be said that the temperature and humidity control in greenhouses is very strict. To ensure that these two indicators meet the requirements for plant growth, temperature and humidity recorders are also needed to help.
The temperature and humidity recorder is a professional instrument for monitoring the temperature and humidity index of the air. With the instrument, the temperature and humidity in the greenhouse can be recorded from time to time. In the process of adjustment, management personnel can help determine whether the environmental index meets the requirements and be managed in peacetime. During the process, it is also possible to monitor and check whether the temperature and humidity in the greenhouse are up to the standard and effectively avoid risks. In addition, with the development of modern network technologies and artificial intelligence technologies, the realization of automation and intelligence in greenhouses is also an irresistible trend. The use of wireless networks to connect temperature and humidity recorders and intelligent management systems in series can also achieve convenience and protect greenhouses. The effect of the environment will further increase the economic benefits of planting greenhouses.
ADN Pneumatic Cylinder Barrel
| Material: |
Aluminum Air Cylinder Barrel |
| Usage: |
Print, Semiconductor, Automation and Control, Robot |
| Power: |
Pneumatic |
| Standard: |
Standard |
| Pressure Direction: |
Double-acting Cylinder |
| Double-Acting Cylinder Type: |
Common Cylinder
|
| Working Pressure |
0.05-0.85MPa |
| Working Medium |
Air |
| Bore Size |
12,16,20,25,32,40,50,63 |
The ADN series compact cylinder typically refers to pneumatic actuators produced by Festo. These cylinders are widely used in the field of industrial automation. We have collected the following information regarding the Cylinder Barrel materials for the ADN series compact cylinders:
Material: In most cases, the cylinder barrel of ADN series compact cylinders is made of forged aluminum alloy and undergoes smoothing and anodizing treatment to improve surface hardness and corrosion resistance.
These processing methods can enhance the performance of aluminum alloys, making them more suitable for use in various industrial environments. Anodizing is an electrochemical process that forms a dense oxide film on the surface of a metal. This film not only protects the metal from corrosion, but also improves its wear resistance and appearance.
ADN Pneumatic Cylinder Barrel,ADN Pneumatic Cylinder Tube,ADN Pneumatic Cylinder Tubing,ADN Pneumatic Cylinder Pipe
Foshan Weiyingjia Technology Co., Ltd , https://www.wyspneumatic.com