When the technician's task is to move tons of earth on a construction site or in a quarry, wheel spin and loss of traction become direct financial losses. The industrial model BKT TR-463 is designed for backhoe loaders and tractors. Its architecture is a powerful calculation implemented in rubber and steel to ensure maximum use of engine power for work.
Design Features
The tire is built on a reinforced metal cord carcass with integrated stabilizing elements in the sidewall area. This contributes to ensuring maximum resistance to cuts, delamination, and impact damage from sharp stones and reinforcement. The optimized profile distributes the load evenly, minimizing point wear and deformation when working with a full bucket.
Grip and Self-Cleaning Geometry
A key feature is the special tread pattern. Wide and radially arranged channels form an aggressive "Christmas tree" that not only removes dirt and debris but also actively removes them from the contact area. This prevents "clogging" and provides constant self-cleaning. The central zone consists of large, interconnected blocks with Z-shaped stiffening ribs. They create a powerful continuous edge for excellent grip, transforming torque into translational motion. The widely spaced and angled shoulder blocks act as grousers on inclined surfaces and in ruts, providing exceptional lateral stability.
Key Features of BKT TR-463:
- maximum traction in low-traction conditions due to optimization of the working surface structure;
- tread geometry prevents soil adhesion, maintaining traction efficiency and mobility;
- carcass and rubber compound with increased content of protective polymers ensure resistance to cuts and punctures;
- wide "shoulder" and rigid central belt provide precise response to steering and stability on slopes.
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