Non-Rising Stem Resilient Seated Gate Valve with Actuator Interface

Non-Rising Stem Resilient Seated Gate Valve With Special Actuator Interface

Structural Features: Concealed stem design (the valve stem does not rise or fall noticeably with the valve, saving space and protecting the valve stem); elastic rubber seat ensures sealing and wear resistance; flange connection adapts to pipe installation; the red component on the top is the actuator interface (which can be subsequently equipped with an electric or pneumatic actuator for automated control); it can also be equipped with a locking or special control mechanism to meet the opening and closing requirements (manual or automatic switching) of different projects.

Application Scenario: Suitable for controlling the flow and shutoff of media in pipeline systems such as urban water supply and sewage treatment. Due to its expandable automation capabilities, it is also suitable for projects requiring remote or automatic control, such as smart water services, facilitating intelligent pipeline network management and ensuring flexible and stable operation of pipeline systems.

SND has been producing and selling metal goods for about 20 years. By using manufacturing techniques including sand casting, lost wax casting, lost foam casting, and precision machining, the company has been supplying goods made of materials like cast iron, steel, stainless steel, aluminum, etc. Additionally offered are surface finishing and assembly services.

Our company has successfully created products in a variety of industries, including automotive, rail transportation, agricultural machinery, chemical, energy, electricity, water, air compressor, and construction, thanks to our consistent efforts over the past few years.

Our factories' ISO9001-accredited quality control systems guarantee a consistent and dependable quality for each and every component. Spectrometer, ultrasonic, magnetic, permeability, elongation, tensile/yield strength, and other inspections are carried out as part of routine production procedures.