YNTO Stainless Steel Pneumatic Thin-Wall Ball Valve

Product Overview

The Pneumatic Thin-Wall Ball Valve features a compact structure, small size, lightweight design, and easy installation. The valve seat utilizes an elastic sealing structure, ensuring reliable sealing and easy operation. Different materials can be selected to suit various media, including water, steam, oil products, nitric acid, oxidative media, and urea. This valve is widely applicable in industrial automation control systems across industries such as papermaking, food, petroleum, chemical, metallurgy, power generation, pharmaceuticals, and wastewater treatment.

Product Features

1. The pneumatic thin-wall ball valve features an integral valve body without any pipe joints, which eliminates the influence of pipeline or bolt pressure. Additionally, the valve body is unaffected by pressure "surges" due to the absence of any pipe connections.  
2. The pneumatic thin-wall ball valve has low fluid resistance, with its resistance coefficient equivalent to that of a pipe segment of the same length.  
3. The valve body of the pneumatic thin-wall ball valve is shorter than that of a standard flanged ball valve, making it suitable for applications with a large number of valves on the same pipeline.  

The pneumatic actuator is available in double-acting and single-acting (spring return) types, featuring gear transmission for safety and reliability.  

1. The gear-type double piston provides high output torque in a compact size.  
2. The cylinder is made of aluminum alloy, which is lightweight and aesthetically pleasing.  
3. Manual operation mechanisms can be installed at the top or bottom.  
4. The rack connection allows for adjustable opening angles and rated flow rates.  
5. The actuator can be equipped with electrical signal feedback indicators and various accessories for automation.  
6. The IS05211 standard connection facilitates easy installation and replacement of the product.  
7. Adjustable end screws provide a ±4° adjustment range at 0° and 90° for standard products, ensuring synchronization accuracy with the valve.