Description

When your harrow starts pushing residue instead of cutting through it, you know it’s time for new disc blades. This 24-inch notched disc blade brings back that aggressive cutting action your field work demands, slicing through corn stalks and cover crop residue instead of just rolling over the top of it. The notched edge creates a scissor action that tackles tough residue other blades just bend around.

What You’re Getting

Aggressive notched edge design that cuts through heavy residue and matted crop material
Combo hole design fits both 1-1/8 inch and 1-1/4 inch square axles for versatile mounting
Quality Boron 15B26 steel construction with 46-52 Rockwell hardness for long service life
Standard 2.80-inch concavity provides proper soil throw and residue burial
Quarter-inch thickness gives you the durability needed for seasons of tough tillage work

Built for Real Farm Work

This blade fits disc harrows using the combo hole design with 1-1/8 inch or 1-1/4 inch square axles. Whether you’re working corn ground after harvest, incorporating cover crops, or preparing seedbeds, this blade handles the residue management that keeps your operation moving. It’s designed for standard disc harrows working everything from utility tractors to bigger row-crop machines.

Made to Last

The Boron steel construction hits that sweet spot – hard enough to hold a sharp edge through acres of tough tillage, but not so brittle it’ll shatter when you hit that hidden rock. The quarter-inch thickness and quality materials mean this blade will keep cutting long after cheaper alternatives have worn smooth.

Good to Know

The combo hole design makes installation straightforward – just slide it onto your existing square axle. Remember that notched blades work best in heavy residue conditions but can be too aggressive in clean-tilled or sandy soils. Many operators run notched blades on front gangs for cutting and smooth blades on rear gangs for finishing. When replacing blades, never mix new and worn ones on the same gang – the diameter difference creates uneven cutting.