Description
There’s nothing worse than watching your temperature gauge climb into the red while you’re trying to finish cutting hay or get that last field cultivated before dark. When your Massey Ferguson starts running hot, overheating, or constantly needs coolant topped off, this replacement radiator gets your cooling system back to doing what it’s supposed to do – keep your engine happy while you work.
What You’re Getting
- Multi-row core design that moves heat efficiently, even when you’re working hard in hot weather
- Heavy-duty construction that handles the constant temperature swings from cold starts to hot field work
- Direct replacement with exact dimensions and inlet/outlet positioning that matches your original
- All the mounting brackets and connections needed for a straightforward installation
- Quality materials that resist corrosion from coolant and transfer heat efficiently
Built for Real Farm Work
This radiator fits the popular Massey Ferguson 3600 series utility tractors (3635, 3645, 3655), the versatile 6100 series row-crop machine (6190), and the powerful 8100 series tractors (8110, 8120, 8130). Whether you’re running a loader, pulling a planter, discing fields, or baling hay, these tractors work hard and need proper cooling to keep going all day long.
Made to Last
Farm equipment takes a beating, and radiators are no exception. This one’s built to handle temperature cycles, vibration, and the general abuse that comes with agricultural work. The core construction provides the cooling capacity these engines need while resisting clogging from chaff and debris that’s always floating around during field work.
Good to Know
Before you install the new radiator, flush your entire cooling system to get rid of any crud that might contaminate fresh coolant. This is also the perfect time to replace those old radiator hoses and check your thermostat operation – it’s false economy to connect old hoses to a new radiator. Use fresh 50/50 coolant mixture and bleed the system completely to prevent air pockets that cause overheating.
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