Easy to operate: manual control mode, no need for electrical equipment support, the operator can directly operate the hand valve, quickly realize the on-off control of the gas path according to the actual needs, flexibly grasp the flow direction and on-off status of the gas, the operation process is simple and intuitive, and is suitable for the scene that requires frequent manual control of the gas path.

Compact structure: The overall structure design is small and lightweight, occupies little space during installation, can adapt to a variety of installation environments, especially suitable for equipment and places with compact space, is easy to install, arrange and use, can effectively save space and improve space utilization.

General specifications: The specification design of "0802" makes its interface size well matched with a variety of common pneumatic lines and components, and has strong versatility. The hand valve can be easily used in all kinds of pneumatic systems, and can be combined with other pneumatic equipment to meet different pneumatic control needs, whether it is a small pneumatic device or a large industrial pneumatic system, it can play a good role, reducing the installation and use troubles caused by the mismatch of equipment interfaces.

Excellent material: It is usually made of high-quality materials, such as nickel plating on the surface of copper. This material has good anti-corrosion and anti-pollution performance, can maintain stable performance in different working environments, is not susceptible to corrosion and pollution, prolongs the service life of the hand valve, reduces maintenance costs, reduces downtime and economic losses caused by equipment failure and maintenance, and is suitable for harsh working environments.

Good sealing: The threaded end comes with PT thread glue, which can effectively seal the threaded connection and prevent gas leakage. Good sealing performance is the key to ensure the normal operation of the pneumatic system, which can reduce the energy loss and system failure caused by gas leakage, improve the stability and reliability of the system, ensure the stable and efficient operation of the pneumatic system, and reduce the potential safety hazards and production costs caused by gas leakage.