Pneumatic components have high reliability, simple structure, easy use and maintenance, and are easy to adjust the output force and working speed of pneumatic components. They are faster than hydraulic and electrical methods, and have a long service life. Realize centralized gas supply. By releasing energy in a short period of time, pneumatic attachments can achieve rapid response during intermittent motion, achieve buffering, and have strong adaptability to impact loads or overloads. Under certain conditions, the starting device can be self-sustaining.Pnrumatic cylinder tube
Precautions for using pneumatic components:
1. Pneumatic components cannot be used in areas with explosive gases, corrosive gases, organic solvents, and other chemical substances, or in environments with seawater, water, and water vapor, as well as in areas where these substances are attached.
2. It cannot be used in places with vibration and impact. If used in places with impact and vibration, the vibration resistance and impact resistance of pneumatic components must comply with the specifications of the product sample.
When using pneumatic components in places with direct sunlight, protective covers should be added to block the sunlight. Do not use them in areas with heat sources nearby, as these heat sources can be affected by thermal radiation. If you must use them in these places, you must take measures to shield them from radiant heat.
4. If used in areas with oil and water droplets, or even in high humidity and dust areas, appropriate protective measures should be taken.
The fully pneumatic control of pneumatic valve components has the ability to prevent fire, explosion, and moisture. Compared with hydraulic methods, pneumatic components can be used for high-temperature applications. Due to the small air flow loss, compressed air can be supplied centrally and transported over long distances.