The Innovative Design of The Y-type Filter Enhances The Filtration Efficiency

1. Increase the Filtration Area: By improving the shape and layout of the filter screen, increase its effective filtration area. For example, using a corrugated or pleated filter screen can significantly increase the filtration area within a limited space, thus improving the filtration efficiency.

2. Adopt New Materials: Use high-performance filter materials, such as stainless-steel sintered mesh or multi-layer composite filter screens. These materials have higher filtration accuracy and strength, while reducing pressure drop.

3. Detachable Design: Design the filter screen as a detachable module for easy and quick replacement and cleaning. For example, using snap-on or threaded connection methods makes the disassembly and installation of the filter screen more convenient.

(II) Improve the Fluid Flow Path

1. Streamlined Design: Optimize the streamlined design inside the valve body to reduce the eddy current and resistance of the fluid in the filter. For example, using a gradually expanding or gradually contracting inlet and outlet channel allows the fluid to pass through the filter screen more smoothly.

2. Multi-channel Design: Introduce a multi-channel filtration structure to disperse the fluid into multiple filtration channels, thereby reducing the load on a single filter screen and improving the filtration efficiency.

(III) Automatic Cleaning and Sewage Discharge Function

1. Automatic Back-flushing System: Equip with an automatic back-flushing device. Through timed or differential pressure control, automatically back-flush the filter screen to remove impurities. This design can reduce manual maintenance and downtime.

2. Quick Sewage Discharge Design: Use dual sewage outlets or quick-opening sewage valves, which can quickly discharge impurities without shutting down the machine, improving the operating efficiency of the filter.