Landscape hydraulic steel gates utilize hydraulic actuators for flexible opening and closing, combining beauty and practicality. By adjusting to the right angle, a stunning artificial waterfall景观 is achieved.
Structural Features:
Steel Sluice Gate, also known as bottom shaft-driven flap gate, is widely used and belongs to a special type of gate. It plays a crucial role in water ecosystem management and environmental conservation. This type of gate boasts significant advantages, ensuring the river's flow is unobstructed when fully open and lying flat, providing convenient passage.
What is a steel weir?
Steel坝 is a two-way water-blocking structure that has gradually gained popularity in recent years. It is widely used in urban river management due to its landscape features such as forming artificial waterfalls by passing water over the top of the gates, concealed structure, flood discharge through the lying gates, and adjustable opening sizes. This gate structure, which controls the opening and closing of the gates by driving the bottom shaft, is mainly composed of the gate leaf structure, bottom shaft, support pivot, arm structure, water seal structure, locking structure, and erosion and sedimentation system.
The structural connections of the steel sluice primarily consist of welding, with bolted connections used locally. The structural types can be divided into two plane structures: a multi-span statically determinate structure composed of a bottom shaft and hinge support, and a cantilever structure with the bottom shaft as the fixed end and the main longitudinal beam of the gate leaf as the free end. The working principle involves a hydraulic actuator driving a lever arm, creating torque at both ends of the shaft to rotate the bottom shaft and the gate around the axis of rotation.
Section 2: Advantages of Steel Barrages
1: Effective River Water Interception
The steel weir, due to its height and sufficient strength to interrupt water flow, effectively blocks river water, aiding in the protection of downstream safety in hydraulic engineering projects.
2: Overall welding is more robust
Due to the primary use of welding for the steel dam's connection, it is less prone to detachment or falling, offering greater stability and resistance to water flow impact.
3: Strong corrosion resistance
The steel surfaces of the steel sluices are coated with anti-corrosion paint, making them resistant to corrosion even with changing river components, thereby extending their service life.
4: Easy to Maintain
During the operation of steel dams, there is no need for frequent maintenance. Simply clearing the river obstacles trapped within during use is sufficient, and there is no need to frequently replace parts, making maintenance simpler.
5: Environmental Protection
Due to the steel dam's excellent river blocking and cleaning effects, it can not only be used in reservoirs for flood or drainage release but also for sand blocking and debris interception in certain river channels. This helps protect soil from erosion and preserves the ecological environment.
Installation is easy.
Steel gates can be pre-ordered and installed directly upon arrival. The method is simple and easy to operate, offering greater practicality and a wider range of applications.
