Polypropylene Y Type Strainer for Liquid Transfer Systems – 3 Inch NPT with 20 Mesh Screen

Description

When you’re pumping fertilizer, chemicals, or water through your system, the last thing you want is debris jamming up your pump or clogging your spray nozzles. This Y strainer catches particles before they can cause expensive damage or downtime. It’s one of those simple parts that saves you headaches and keeps your operation running smooth. With a 3-inch NPT connection and 20 mesh screen, this strainer handles the big jobs while keeping the flow moving.

What You’re Getting

• 20 mesh stainless steel screen that filters out debris while maintaining good flow rates
• Polypropylene construction that won’t corrode when exposed to agricultural chemicals
• 3-inch NPT threaded connections for secure, leak-free installation
• Y-design that’s easy to clean out without shutting down your whole system
• Removable screen element for quick maintenance when needed

Built for Real Farm Work

This strainer fits into liquid transfer systems where you need clean flow to your pumps, sprayers, or irrigation equipment. Whether you’re moving liquid fertilizer from a nurse tank, transferring chemicals for spraying, or pumping water for livestock, it protects your equipment from sand, rust flakes, and other debris that can cause expensive repairs. The 3-inch size handles high-volume applications where you need to move a lot of liquid without restriction.

Made to Last

The poly construction handles agricultural chemicals that would eat up metal strainers, while the stainless steel screen resists corrosion and won’t break down over time. This combination gives you the chemical resistance you need with the durability to handle years of farm use, from liquid fertilizer to herbicides and everything in between.

Good to Know

The Y-style design makes cleaning simple—just unscrew the cap, pull out the screen, and rinse it clean. Install this strainer on the suction side of your pump or in-line before critical equipment. The 20 mesh screen strikes a good balance between filtering ability and flow rate, catching most problematic debris while still allowing your system to move liquid efficiently.