I. Working Principle of Resilient-Seat Gate Valves
Resilient-seat gate valves are fluid control devices widely used in urban water supply/drainage, wastewater treatment, and industrial water systems. Their key feature lies in utilizing elastic materials to regulate water flow.
Specifically, the valve's seat incorporates elastic materials (e.g., rubber). When the gate is lowered, the elastic material deforms progressively to form a sealed ring, blocking liquid flow. Raising the gate allows the material to revert, restoring flow.
II. Key Features
Superior Sealing: Elastic filling between the gate and seat ensures leak-proof closure.
Simple Structure: Elastic-seat design simplifies maintenance.
Broad Applicability: Ideal for water supply, wastewater, hydropower, etc.
High Durability: Seat materials resist aging, corrosion, and wear, extending service life.
III. Nomenclature Explanation
The term "resilient-seat gate valve" derives from its elastic seat design. The seat adapts to fluid dynamics via deformation while offering flexibility, anti-aging, and corrosion resistance.
IV. Applications
These valves excel in flow control for:
Water supply/drainage systems
Wastewater treatment plants
Industrial water processes
Their simplicity also makes them suitable for remote hydraulic infrastructure.