Description

When you’re running a sprayer or liquid fertilizer applicator, having reliable connections where multiple lines come together is everything. This Banjo 2-inch full port flanged cross fitting lets you distribute liquid flow in four directions from a single connection point—perfect for manifolds where you need to split your main line to feed multiple boom sections or tank outputs. The flanged design gives you a secure, leak-free connection that won’t come loose when you’re bouncing across rough fields.

What You’re Getting

Full 2-inch port diameter maintains maximum flow capacity without restriction
Four-way cross design distributes liquid flow to multiple lines from one connection
Flanged connections provide secure mounting and easy maintenance access
Polypropylene construction resists chemicals and corrosion from fertilizers and pesticides
Compatible with standard 2-inch pipe threads for versatile system integration

Built for Real Farm Work

This cross fitting works with sprayers, liquid fertilizer applicators, nurse tanks, and other agricultural liquid handling equipment. Whether you’re running herbicide through a field sprayer, distributing liquid fertilizer from a tank, or setting up a custom liquid handling system, this fitting handles the pressure and chemical exposure that comes with modern farming operations.

Made to Last

Banjo builds their fittings from chemical-resistant polypropylene that won’t crack, corrode, or degrade when exposed to agricultural chemicals. The material stays flexible in cold weather and won’t become brittle from UV exposure. The flanged design distributes stress evenly, so connections stay tight even with the vibration and movement of field equipment.

Installation Notes

The flanged design makes installation straightforward—just bolt the flanges together with appropriate gaskets for a leak-free seal. Make sure all connections are clean and use thread sealant on pipe threads as needed. The cross configuration gives you flexibility in routing lines, and the full port design means you won’t lose flow capacity at the junction.