Tires play a pivotal role in industrial applications, keeping heavy machinery stable and productive at all times. With this in mind, we present the Mitas EM-23 which is a trusty excavator tire that features a special design for hard terrains. So, let us talk about this robust model in more detail.
Starting off, the Mitas EM-23 comes with a lugged tread pattern that grants excellent traction and surface contact. The rational block placement keeps a confident grip at all times, ensuring smooth driving and maneuvering. Next, the open shoulders provide stability when taking sharp turns while promoting regular wear for long service life. In addition, wide lateral grooves in combination with a center zigzag one boost the tire's self cleaning ability. They expel sand, debris, and water from the footprint to reduce the risk of skidding and prevent clogging. Also, the robust sidewalls shield the rim from lateral damage, avoiding needless downtimes and costs.
Furthermore, the Mitas EM-23 benefits from an advanced rubber compound that resists wear and tear. It works together with the ideal tread depth and width to decrease the rolling resistance and improve fuel economy. Its tube type structure adds an extra layer of protection against punctures to minimize the risk of pressure loss. An optimal ply rating of 16 upgrades the load capacity and promotes durability at work. Thus, a single tire can easily withstand weights of up to 6,600 lbs. making it suitable for a wide range of jobs. At last, this model is available on the US market in limited sizes with a 20" rim diameter.
Features and benefits
- Trusty industrial tire crafted for excavators that operate on hard terrain.
- New rubber compound resists wear and tear while keeping fuel usage low.
- Wide grooves expel ground elements from the footprint to reduce the risk of skidding.
- Smart lug design adds extra grip and traction for more productivity.
- Open shoulders provide stability when maneuvering the vehicle.
- Tough internal build upgrades the load capacity and promotes durability.
