It eliminates the workmanship for wire mesh placement and coupling. Thus, the assembly failures that may be caused by traditional reinforcement (depth of concrete cover, overlap length etc.) are eliminated.

Workmanship savings are achieved.

Timesavings are achieved by being directly added into concrete.

It provides reduction by 10-15% in the total project cost compared to wire mesh.

Manufactured with glue for homogenous mixture and easy application in optimum length/diameter, Kemerix can be easily added into concrete in the concrete plant or transit mixer.

During the concrete mixing, bunches jointed with water-based glue scatter homogenously within the concrete and thus a uniform distribution is achieved with friction effect of water and aggregates without allowing flocculation or interlock of fibres.

Vibration used during pumping and placement allows the steel fibres to turn and align in certain directions. Thus, a 3D reinforcement system is obtained.

Thanks to its hooked edge structure, it couples with concrete and thus ensure high adherence and bridging.

It eliminates micro cracks by homogenous distribution of the reinforcement throughout the entire section and thus significantly improves mechanical properties of concrete.

It has a tensile strength 3-time higher than the traditional reinforcement.

It acts as the primary reinforcement.

No need for concrete cover and trestle.

Joint spans increase in case of industrial ground concretes.

It provides ductility (Plastic transformation capability) for concrete, which is a brittle material.

It increases power absorption capacity (Toughness, total absorbed energy, area under stress deformation curve).

It enhances service life (durability) of the structure.

It enhances bending strength.

It enhances post-cracking load bearing capacity.

It enhances thermal shock resistance (Freezing – Dissolution)

It enhances fatigue resistance to permanent loads.

It enhances shear strength.

It ensures shrinkage control.

It improves bearing capacity of concrete plate and thus it transmits such loads in a safe manner by spreading it on a wider area.