Stop Log Gate DN1600×2700

THT Stop Log Gate is a modular hydraulic interception device composed of multiple independent water stop plates. This model is available in the specification of DN1600×2700, with optional carbon steel or stainless steel for the gate plates, specially designed for water level regulation and channel interception in water conservancy projects. By flexibly stacking or removing individual plates, you can accurately control the channel water level and flow rate, making it a cost-effective interception solution for large channels and temporary water supply systems.

✅ Modular Design for Flexible Working Condition Adaptation

Composed of multiple independent water stop plates, you can freely increase or decrease the number of plates according to on-site water level requirements, precisely regulate the water level and flow, and adapt to the personalized needs of different hydraulic working conditions.

✅ Lightweight Structure with Excellent Interception Performance

The overall structure is simple and compact with lighter self-weight, and it is equipped with a high-performance water stop sealing structure to ensure no leakage during interception, guaranteeing the safe and stable operation of water conservancy facilities.

✅ Low Maintenance Cost & Long Service Life

If a single plate is worn or damaged, it can be removed and replaced independently without replacing the entire gate, greatly reducing the later operation and maintenance costs. Optional carbon steel or stainless steel materials adapt to different water environments such as clean water and corrosive sewage, with strong corrosion resistance and durability.

✅ Convenient Transportation & Installation, Low Construction Cost

The modular split design is convenient for long-distance transportation and rapid on-site installation, without the need for large hoisting equipment, greatly reducing construction labor and equipment costs. It is especially suitable for large channels, temporary water supply projects, emergency interception and other scenarios.