YZ11X Stainless Steel Branch Pipe Pressure Reducing Valve Features
1. Compact Design for Branch Pipes
The valve body adopts a streamlined integral forging structure, featuring small size and light weight. It can be directly installed at pipeline branches or equipment inlets without additional support. With flexible installation directions, it is suitable for both horizontal and vertical pipelines, greatly saving installation space and simplifying pipeline layout.
2. All-Stainless Steel Corrosion-Resistant Structure
The valve body, bonnet and key internal components are made of 304/316 stainless steel. The surface is precision-polished or passivated, offering excellent corrosion resistance and erosion resistance. It is fully applicable to hygienic working conditions such as drinking water, high-purity media, weakly corrosive chemical fluids and high-temperature hot water.
3. Direct-Acting Sensitive Pressure Stabilization
Equipped with a pressure sensing system composed of a high-elasticity stainless steel diaphragm and a precision adjusting spring, it responds sensitively to downstream pressure changes and can instantly drive the valve core for compensation adjustment. No external control source is required, and it can maintain stable outlet pressure when flow changes, with a control accuracy of ±10%.
4. Built-In Filtration and Anti-Clogging Design
The water inlet end of the valve body integrates a high-mesh stainless steel filter screen (usually 80-100 meshes), which effectively intercepts pipeline impurities and prevents particles from jamming the valve core or wearing the sealing surface. The straight flow channel design has no retention dead ends, reducing the risk of impurity accumulation and extending the valve service life.
5. Easy Adjustment and Maintenance
A top-mounted adjusting knob with a dust cover allows intuitive setting of the outlet pressure value (usually adjustment range 0.05-0.8MPa) by rotating with tools. Adopting modular sealing components, replacement of diaphragms or seals can be completed without disassembling the valve body, significantly reducing operation and maintenance costs.