When you’re standing behind a loaded fertilizer spreader trying to manually lift that heavy gate to adjust your flow rate, you know it’s not a job for your back. This gate jack takes the strain out of opening and adjusting your spreader’s rear gate, letting you make flow adjustments without fighting against the weight of several tons of fertilizer pressing down. It’s a simple mechanism that saves your energy for the important work.
What You’re Getting
- Mechanical advantage to easily lift heavy gates even when the spreader is fully loaded
- Reduces physical strain and makes gate adjustments safer during operation
- Simple, reliable design with fewer parts to wear out or break in the field
- Designed specifically for gate positioning, not for lifting or supporting heavy loads
Built for Real Farm Work
This jack is designed for the specific job of opening fertilizer spreader gates on buggies and pull-type spreaders. Whether you’re running a small spreader behind a utility tractor or operating a large-capacity buggy, having proper gate control is essential for accurate application rates. The jack gives you the mechanical advantage to position the gate exactly where you need it, regardless of how much product is loaded above.
Made to Last
Farm equipment takes abuse, and spreader parts see some of the worst conditions – constant vibration, corrosive fertilizers, and outdoor storage. This jack is built to handle the environment while providing reliable service season after season. The straightforward design means there’s less to go wrong when you’re in the middle of a time-critical application window.
Installation Notes
This jack is designed for gate positioning only and has no weight rating for lifting or holding loads. It’s meant to assist with gate operation, not to support the full weight of loaded equipment. Installation is typically straightforward, mounting to existing brackets or tabs on your spreader frame. Always follow your spreader manufacturer’s recommendations for any modifications or additions to the gate mechanism.
