Pinch valves are known to be the most versatile valves that are capable of handling rough and highly abrasive flow media, such as sand, cement, silica, and slurries. Pinch valves for sand control are commonly used in sand blasting machines and sand transfer lines. They feature a full-port opening, ensuring maximum flow of both dry and wet sand.
Control pinch valves are designed for offering precise control over the flowing media, maximum durability, and require virtually no maintenance, especially in high pressure applications. Since a rugged, heavy-duty pinching mechanism is involved in positioning the sleeve, the resultant flow of the media is quite accurate and measurable. Some of the features of high pressure control pinch valves include no seats for wear, no packing for maintenance, no need for expensive body alloys, and no fugitive emissions.
The very fast one-off function of AKO’s quick closing valve is one of many advantages that this particular valve has over other conventional valve types.
Wear free valves of the rubber pinching type ensure safe and precise media control and flow operation in a diverse range of industrial applications. They are specially designed to sustain the damage caused by highly abrasive and corrosive materials. This type of wear free valves are made using cutting-edge technology to construct highly durable and corrosion-resistant components, allowing the valve to be operated in different ways according to the requirements of different applications.
When soft seated valves are compared with any other type of valve, they are seen to be unprecedented in terms of performance and maintenance.
Pinch valves are increasingly becoming popular in industries that involve handling corrosive and fibrous materials. This type of valve is highly suitable for such applications because they use a 100% tight blocking method and have the ability to shut easily and quickly. Not only that, valves for chemicals with a pinching sleeve mechanism are known for the high versatility in applications with specific operating temperature requirements.
