Top Shelf Four Row Aluminum Radiator For JLG Boom Lifts Scissor Lifts And Telehandlers Replacement Cooling Gear That Shuts Down Overheating And Keeps Your Heavy Fleet Rolling Smooth All Day Long

Regular price $2,156.95 Sale price$4,342.00you save $2,185.05
SKU: VXB0GKNXGFFF
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4Row Aluminum Radiator for JLG Boom Lift and Scissor Fleet
✔️ 4Row Core 23.5x24.5in, Inlet 1.73in, Outlet 2.17in, JLG Fix

You receive one heavy-duty four-row aluminum radiator designed as a direct replacement for overheating units in your JLG boom lifts, scissor lifts, and telehandlers. This pressure-resistant core manages intense thermal stress on dusty job sites, keeping your machines running smooth through long shifts.

✅ Four-row tube-and-fin construction boosts heat dissipation for up to 40 percent better cooling efficiency than standard stock radiometers.
✅ Precision drop-in fitment aligns with mounting points and hose connections for models matching part numbers JLGG943A and 0160020608.
✅ Aluminum core measures 23.5 inches high by 24.49 inches wide with an inlet size of 1.73 inches and outlet size of 2.17 inches.
✅ Included high-pressure radiator cap ensures secure seal while washable fins simplify maintenance to keep airflow clear of debris.

💡 How do higher row-count aluminum radiators improve thermal performance for demanding telehandler applications?
Increasing the number of rows expands the heat exchange surface to pull more thermal energy away from hot engine fluids during sustained heavy loads.
- Four-row tube layouts maximize airflow exposure to dissipate excess heat faster, which keeps operating temperatures stable under full hydraulic pressure.
- Thick aluminum cores provide superior pressure resistance against mechanical stress, preventing deformation in rough terrain jobsites.
- Enhanced surface area allows dirty or dusty conditions to impact cooling less than thinner units, maintaining consistent flow rates.
- Direct replacements match OEM bracket patterns and hose dimensions, cutting installation time and reducing downtime risk.

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