Description BKT FL 633 Performa
The BKT FL 633 Performa agricultural tire is specifically designed for multipurpose vehicles - trailers, tractors, and trucks - involved in agricultural, construction, and municipal applications. The model is intended for use on both highways and field roads, providing consistent traction properties and high durability under heavy operating conditions.
The tread features a non-directional road pattern with massive blocks. In the central part, S-shaped elements form a composite longitudinal rib, which enhances high-speed directional stability, reduces rolling resistance, and heat buildup. The shoulder areas consist of blocks with curved walls, providing excellent traction on dirt surfaces, both when moving forward and backward. The presence of significant voids between them allows the tread to intensely self-clean, maintaining these properties on viscous, waterlogged dirt surfaces.
A key feature of the tire is the use of technology that provides increased load-carrying capacity. This is largely achieved due to the radial carcass with increased density of steel wire winding. This reduces internal rolling resistance and heat buildup, allowing the tire to work stably even under loads of several tons, maintaining stability and predictability of behavior. Additional protective layers in the sidewalls prevent punctures and cuts, as well as increase resistance to lateral deformations when driving on rough terrain.
The rubber compound, which includes synthetic rubbers, silica, and thermally stabilizing additives, provides a balance between elasticity and wear resistance. It is resistant to abrasive wear, ultraviolet radiation, and temperature fluctuations, which extends the service life of the tire even with year-round use.
Key features of BKT FL 633 Performa:
- a non-directional tread pattern with a composite longitudinal rib in the middle is effective on both asphalt and dirt;
- the radial carcass reduces heat buildup and rolling resistance;
- the rubber compound is resistant to wear, ultraviolet radiation, and temperature fluctuations.