Wall-mounted cast iron gates have the following characteristics:
Space-saving: The wall-mounted installation method makes full use of wall or structural space without occupying additional area, making it suitable for water conservancy facilities and industrial sites with limited space.
 Stable structure: Relying on sturdy walls for support, it is more stable and reliable when bearing water pressure, reducing the risk of shaking or deformation caused by water flow impact.
Excellent sealing performance: Sealing is achieved through a wedge device, with sealing materials made of copper alloy or rubber. After precision machining and matching, it provides effective water stopping and effectively prevents water leakage.
Strong corrosion resistance: Made of high-quality cast iron material and subjected to strict heat treatment processes, it offers good corrosion resistance, withstands erosion from water flow and sediment, and is suitable for humid environments and long-term water contact, ensuring a long service life.
Easy installation and aesthetic appeal: Mostly installed using embedded steel plates or embedded bolts, the installation process is relatively simple. Moreover, the gate fits closely to the wall, presenting an overall aesthetic appearance without being overly prominent.
High strength and rigidity: The gate frame and gate leaf are made of high-quality gray cast iron or ductile cast iron, with the guide rails firmly connected to the frame. The overall structure has high strength, good rigidity, wear resistance, and strong pressure-bearing capacity.
Good regulation performance: By flexibly adjusting the opening degree of the gate leaf, the flow rate and direction of water can be accurately controlled, enabling flexible adaptation to complex and changing water flow conditions to meet the needs of different engineering scenarios.
Low maintenance cost: The overall structural design is simple, and the cast iron material offers good machinability. Daily inspections and fault repairs are relatively convenient, effectively reducing maintenance costs.