Спецшины Fortune CSY87

Loaders, excavators, and construction equipment operate in conditions where the surface type can change every hundred meters: from dense concrete to wet clay or a scattering of gravel. The Fortune CSY87 is designed as a universal tool for such scenarios. It's a tyre with high load-carrying capacity, enhanced protection against mechanical damage, and a tread pattern architecture adapted to various surfaces.

Form under load

At its core is a high-strength load-carrying frame designed for cyclic overloads during maneuvering. The multi-layer breaker construction and special sidewall reinforcement ensure that the tyre's geometry remains stable even at maximum operating pressures and sharp turns. The absence of deformation and uneven wear is a calculated physics of the cord structure, which distributes vertical and lateral forces. In combination with the increased volume of tread mass, this provides a reserve of mileage, allowing the equipment to work in harsh conditions.

Advantages of curved blocks

The main engineering innovation is the tread elements in the form of a wave. In the central zone, they are supplemented with special bridges, forming an almost continuous rib that acts as a stabilizer. This gives the driver precise feedback on steering control.

The curved configuration of the blocks increases the length of the active gripping edge compared to straight analogues. On loose and friable surfaces, this allows the engine's entire torque to be realized without wheelspin.

Multi-layer protection

For operation in conditions of increased abrasiveness and risk of cuts, a special rubber compound with high resistance to chipping and punctures is used. Its recipe is balanced to maintain elasticity when hitting stones and metal inclusions, while resisting wear on concrete surfaces and gravel.

Key features of the Fortune CSY87:

- suitable for front, telescopic, and fork lift loaders, wheel excavators, and other types of construction equipment with high loads;
- the curved shape of the elements increases the length of the gripping edge, forms a central stabilizing rib, and provides excellent traction on soils of any type;
- the multi-layer structure maintains the geometry under maximum loads, excluding sidewall deformation and uneven wear;
- the increased height of the tread layer creates an additional "strength reserve".