Maxam MS963
OVERVIEW
The Maxam MS963 is an all season tire made for tractors.
The maintained surface contact greatly improves controllability. The tire maintains its surface contact on various fields. This helps boost steering responsiveness and driving stability. It promotes exceptional steering responses and accuracy to the driver's commands, while the structure is secured against driving pressure. Additionally, the shoulder block pattern manages to increase the tire's cornering ability by providing extra biting edges. This combination guarantees a secure performance on field terrains.
The robust structure and the rubber compound increase the tire's heavy-duty performance. The robust structural elements enable the tire to effectively upgrade its overall load-handling power. They make sure the tire does not deform under load and driving pressure. Since the tire maintains its ideal shape, it is able to upgrade the tire's load capacity. This improved load durability is perfectly designed for heavy-duty applications.
The Maxam MS963 guarantees a field-friendly performance. The high flotation ability and the soft traction allow the tire to ease the pressure off the tire. This enables the tire to minimize the pressure placed on the driving surface, effectively preventing field retention. Soil retention does not ruin the field's crop-growing ability, as it cannot ruin the soil quality by loosening the ground up. As a result, the field maintains the tire's field-friendly driving experience.
This tire has a BIASED ply structure.
Manufacturers only provide the width and rim diameter with these tires. Various brands and models will have discrepancies. To ensure the correct size is purchased, the overall tire diameter should be checked.
The Overall Diameter advertised represents the overall diameter in inches, once it has been inflated and mounted.
Manufacturers recommend changing tires every 10 years. As long as tires are properly stored before they are sold, the year of their manufacture will not shorten their service life.