If you want a tire that is good for the free rolling axle of many agricultural vehicles, then the Galaxy ImpMaster 350 FI is the perfect choice. It goes on harvesting machines, hay balers, bale racks, seeders, windrowers, and manure spreaders. It has a smooth design and great features that all work together to increase the overall performance.
Firstly, the semi slick tread design offers the perfect balance between smooth and rugged. It provides good traction in the field while also preventing excessive damage to the soil and plants. The smooth part helps reduce soil compaction and damage to delicate crops, while the rugged part ensures the tire grips the ground for better control and efficiency. This design is very important for farming equipment that needs to move easily but also stay connected to the ground. Moreover, there are circumferential grooves that throw away mud, water, and debris so that the body of the Galaxy ImpMaster 350 FI stays clean. This also reduces the risk of sliding and increases safety.
Secondly, the closed shoulders prevent soil and plants from getting caught or damaged between the rubber and the ground. They also help support the maximum weight of 4,680 lbs per single tire, depending on the size. Adding to this, the sidewalls offer protection from scrubbing and promote even wear, increasing service life. Then, the tubeless construction reduces the risk of pressure loss by securing a tight rim fit. Because of its tough build, the Galaxy ImpMaster 350 FI is less prone to getting flat, making it easier to work in the field without constant worry about tire problems. It is important to mention that this model is D.O.T. approved for safe intermittent high speed use. Finally, the available sizes on the US market come in 15'' rim diameters.
Features and benefits
- Excellent agricultural tire made for various farming machines.
- Semi slick tread design enhances performance without damaging the crops.
- Circumferential grooves throw away water and reduce the risk of sliding.
- New rubber compound improves fuel efficiency by reducing the rolling resistance.
- Closed shoulders help withstand heavy loads and increase control.
- Wide footprint promotes high flotation and reduced ground compaction.
