Two-Bolt Bearing Flange for 1-3/16 Inch Shafts on Agricultural Equipment

Description

When your shaft bearing starts making noise or feels wobbly, it’s time to get things back to running smooth. Cast iron might seem old-fashioned, but it’s still the best choice for bearing housings that see heavy use. It absorbs vibration better than steel, dissipates heat well, and won’t distort under load. The thick walls and solid construction mean this housing will outlast several sets of bearings. This two-bolt flange gives your 1-3/16 inch shaft the solid support it needs to keep your equipment running right.

What You’re Getting

• Sturdy cast iron construction that handles the bumps and vibration of daily farm work
• Two-bolt mounting pattern with 4.594-inch center-to-center spacing for secure attachment
• Precision-machined housing that accepts standard insert bearings for smooth shaft rotation
• Compact 62mm outside diameter that fits tight spaces on implements and equipment

Built for Real Farm Work

This flange bearing housing is right at home on disc harrows, rotary cutters, planters, and tillage equipment where rotating shafts need solid support. The 204 series size is popular on mid-sized implements and utility equipment where you need reliable bearing support without the bulk of larger housings. Whether you’re fixing a busted bearing on your planter or rebuilding a rotary cutter, this flange handles the constant loads that come with field work.

Made to Last

Farm equipment takes a beating, and bearing housings are no exception. Cast iron might seem old-fashioned, but it’s still the best choice for bearing housings that see heavy use. It absorbs vibration better than steel, dissipates heat well, and won’t distort under load. This housing is built thick enough to handle years of field conditions while maintaining the precision fit your bearings need.

Installation Notes

Installation is straightforward with the 2-bolt pattern using 3/8-inch bolts. The 3.54-inch bolt spacing is pretty standard, so it’ll likely bolt right up to your existing mount. Make sure your mounting surface is clean and flat, and check that your shaft is straight before installing the bearing insert. A little anti-seize on the bolts makes future removal easier when maintenance time comes around.