Are you in need of non marking tires that will keep your floors clean when driving around warehouses? Then Advance has the perfect lineup for you. One of their trusted models is the K3 NMG, which is an industrial tire engineered for various operations.
What makes the Advance K3 NMG such a great companion for industrial machine operators is its tread pattern. The non directional lug design offers the best traction and stability, keeping you in control of the vehicle at all times. In addition, a continuous center rib connects the blocks together to prevent deformation under high load pressure. Moreover, the wide lateral grooves keep the patch clean by throwing water and other ground parts away. This reduces the risk of slipping and increases safety at the work site. Aside from that, the open shoulder design improves the cornering ability, helping you navigate narrow environments with ease.
What's more, the high tread depth of the Advance K3 NMG minimizes wear and tear, promoting a long service life without issues. Besides, the reinforced sidewalls protect the rim from impacts, preventing unwanted downtimes. Also, they upgrade the load capacity, allowing a single tire to withstand heavier weights without worry. The special rubber compound cuts fuel usage by lowering the rolling resistance. This drastically increases efficiency and reduces fuel costs. In addition, the tough internal structure resists punctures and deep cuts with confidence, ensuring high durability. Lastly, this model is available on the US market in many popular sizes with rim diameters between 4" and 20".
Features and benefits
- Non marking tire designed for various industrial operations.
- Lugged tread pattern offers excellent traction and stability in various conditions.
- Deep grooves evacuate water as well as heat from the footprint.
- Tough sidewalls shield the rim from lateral impacts to prevent downtimes.
- Continuous center rib combats deformation from high load stress.
- Advanced rubber compound leaves no marks when steering, braking, or accelerating.