Sliding steel gates are widely used flow control devices in fields such as water conservancy and environmental protection. Their main features are as follows:
Structure and Material
?Material?: Made of stainless steel or carbon steel (surface coated with epoxy resin), weighing about one-third of conventional gates, with corrosion resistance and rust-proof properties. ?
Sealing Design?: Rubber soft sealing structure provides effective sealing and requires low operating torque. ?Function and Application
Primarily used in water plants, sewage treatment plants, irrigation and drainage projects, etc., to cut off water flow or regulate water levels by adjusting flow rates and controlling water levels. ?
Operation Methods
Supports both manual (screw-type lifting) and electric (remote control) modes. Manual operation is suitable for remote areas without electricity, while electric mode enables precise positioning and automated control. ?
Maintenance and Lifespan
Designed with an anti-locking structure to reduce wear on sealing surfaces; maintenance only requires replacing the sealing ring for quick repairs, ensuring a long service life.
Sliding steel gates are extensively used flow control devices in water conservancy projects, sewage treatment, municipal construction, and other fields, mainly for cutting off water flow, regulating water levels, or controlling flow rates. Their core structure includes a gate frame, gate body, sealing device, and drive mechanism. The material is typically carbon steel or stainless steel, with surface anti-corrosion treatment to enhance durability.