As our world becomes increasingly focused on sustainability and reducing our carbon footprint, low rolling resistance tires have taken center stage in the automotive industry. Introducing the BKT Liftmax LM 63 - a premium tire designed for tractors and trailers involved in industrial and logistics operations.
Firstly, the BKT Liftmax LM 63 comes with a three rib tread pattern that ensures excellent traction and surface contact in various conditions. In addition, it works well with the rubber compound to lower the rolling resistance, leading to less fuel usage and better efficiency. The wide center rib grants the best steering accuracy, making sure you have full control of the tractor or trailer. Next, two large grooves enhance the self cleaning ability by throwing water, mud, and debris away from the tread. Thanks to this, the risks of slipping or clogging in harsh conditions are reduced and your work habitat becomes safer.
What's more, the BKT Liftmax LM 63 has special notches on the ribs that further boost self cleaning and grip. A closed shoulder design promotes even wear and raises the cornering stability. Besides, the robust sidewalls shield the rim from various impacts and sharp objects that could lead to punctures and abrasions. Moreover, they upgrade the load capacity, supporting heavy weights without cracking. Specifically, a single tire can carry up to 8,050 lbs, depending on size. Its tubeless build promotes high flotation, resulting in less ground compaction and better overall results. At last, this tire is available in many sizes with rim diameters ranging between 8" and 15".
Features and benefits
- High quality tire designed for industrial handling and logistics operations.
- Three rib tread pattern provides great traction and less fuel usage.
- New rubber compound minimizes wear and lowers the rolling resistance.
- Deep linear grooves with notches boost the self cleaning ability for more safety.
- Durable sidewalls shield the rim from damage and upgrade the load capacity.
- Tubeless build promotes high flotation and less ground crushing.
