DN1000 Extension Stem Double Flange Soft Seal Gate Valve

The extended stem double flange soft seal gate valve is specially designed for underground or deep well installation. Its extended stem allows operators to open and close the valve directly on the ground. This type of design is especially suitable for environments where pipelines are deeply buried and operating space is limited, such as municipal water supply, deep well-pumping systems, and underground pipe networks.

The extension rod design not only facilitates operation but also prevents corrosion of the valve stem in the underground humid environment and extends the valve’s service life. In addition, in locations that require remote operation or are difficult to access manually, the use of extended rod double flange soft seal gate valves can greatly improve the convenience and safety of operation.

Advantages of extension stem double flange soft seal gate valve

1. Convenient operation:
The extension stem design allows operators to directly operate the valve on the ground or from a long distance, avoiding operating difficulties caused by the deep position of the valve or the narrow space. This is particularly important in areas such as municipal water systems, underground pipe networks and industrial wastewater treatment.

2. Reduce corrosion:
The underground or deep well environment is often humid, and ordinary valve stems are easily corroded. The extended stem double flange soft seal gate valve can place the operating parts in a relatively dry environment, effectively reducing the risk of corrosion and extending the service life of the valve.

3. Suitable for a variety of environments:
The extension stem design makes the valve suitable for various special working conditions such as deep wells, underground, and long-distance operations, increasing the scope of application and flexibility of the valve.

Applicable working conditions of extension stem soft seal gate valve

The extension stem soft-sealing gate valve is particularly suitable for pipeline systems that are deeply buried, underground, or require remote operation.

For example:

Municipal water supply and drainage:
In municipal water supply and drainage systems, valves are usually installed in underground pipes. Ordinary operation methods are inconvenient for maintenance and control, but the extension stem design makes operation easier.

Industrial wastewater treatment:
In wastewater treatment systems, pipes are usually buried deep or in inaccessible places. Extension stem soft-sealing gate valves can ensure the normal operation and maintenance of the system.

Agricultural irrigation:
In agricultural irrigation systems, the valve may be installed far away from the operator. The extension stem design can meet the needs of long-distance operation and improve the management efficiency of the irrigation system.

Tanzania Project Case

Project name:

KIGOMA water project

Supply Products:

From DN300 to DN1000 Valves and DN100 to DN800 pipe fittings

The KIGOMA Water Project in Tanzania is a landmark initiative aimed at improving the region’s water supply infrastructure. As part of this ambitious project, a wide range of high-quality valves and pipe fittings, ranging from DN300 to DN1000 valves and DN100 to DN800 pipe fittings, WESDOM have been supplied to meet the critical needs of the water distribution network.

Supply Products and Specifications:

A critical component of the KIGOMA Water Project is the supply of valves and pipe fittings designed to withstand the demanding conditions of large-scale water distribution systems. The products supplied include:

Valves: Ranging from DN300 to DN1000, these valves are crucial for controlling the flow and pressure within the water distribution network. They are designed to offer durability, resistance to corrosion, and the ability to handle high pressure, ensuring that the water system operates smoothly and efficiently.

Pipe Fittings: Covering sizes from DN100 to DN800, the pipe fittings are essential for connecting pipes, redirecting flow, and accommodating changes in pipeline direction or diameter. Made from high-quality materials, these fittings are engineered to provide leak-proof connections and withstand varying pressures, contributing to the overall reliability of the water distribution system.