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Contact UsIt is vital to increase ductility of concrete and improve energy absorbtion capacity to prevent crack formation, especially on heavy duty industrial floor applications. The 3 dimensional, efficient distribution of Polyfibers® macro synthetic fibers assures minimum crack formation and improves concrete's service life compared to steel fibers.
More DetailsPolyfibers® macro synthetic fibers improves concrete resistance against static and dynamic loads of coastal structures and ports. Also increases resistance to pysical loads and freeze - thaw effects.
More DetailsPolyfibers® synthetic fiber reinforcement significantly reduces shrinkage cracks at precast applications and increases durability. They also support precast segments to resist bending moments and flexural stress when being demoulded and transported to storage facilities. While Polyfibers® synthetic fibers can completely replace steel reinforcement in some applications, in some cases they work togerther with reduced number of steel mesh.
More DetailsPolyfibers® sythetic micro fibers improves placing, pumbing, finishing and consistency of concrete in infrastructure and superstructure applications. They minimize crack formation and extend service life.
More DetailsPolyfibers® Monofire® specifically designed to increase fire resistance on the final coating of tunnel concrete, reduces the inner pressure to prevent explosive spalling. Melted fibers form channels within concrete and facilitates the reduction in internal stresses in the concrete by releasing the gas pressure.
More DetailsThe use of Polyfibers® fibrillated fiber in the refractory protects materials from cracking during high-temperature casting and ensures cohesive structure.
More DetailsPolyfibers® macro synthetic fibers are designed to replace steel mesh and steel fiber in modern highway and railway applications. Ensuring required levels of energy absorbtion by rock mass, increases resistance and stabilization. Also significantly reduces application costs by reducing rebound and consumption.
More DetailsPolyfibers® macro synthetic fibers used in modern mining applications that require optimum design, eliminates the need for steel mesh and steel wire. While improving the safety of mines use of fibers reduces the costs. Fibers ensure slope stabilization and tunnel lining by energy absorption that incrases stregnth and ductility. Also significantly reduces application costs by reducing rebound and consumption.
More DetailsConcrete sleepers are one of the major components of modern underground, tram and railway applications and their physical performance can be increased by Polyfibers® synthetic fiber reinforcement much more efficiently compared to steel mesh. Our fibers improve durability, energy absorbtion, fatigue and toughness under high-magnitude wheel loads in turn increasing the service life and protecting common wealth.
More DetailsPolyfibers® macro sythetic fibers are used in new generation concrete pavement applications to increase the resistance of concrete, ductility and wear resistance due to manouvering and brake thrust under high loads. Our synthetic fibers are specifically designed to minimize service costs of pavements exposed to dynamic loads in turn reduces overall costs and protects common wealth.
More DetailsSpecial design requirements of dam, hydroelectric power plants and water channel structures are met much easily and quickly with Polyfibers® synthetic fiber reinforcement compared to steel mesh. Use of fibers reduces labor costs and saves application times. At the same time, the required impermeability of concrete is provided at higher levels and increased abrasion resistance is provided for continuous flow damage.
More DetailsPolyfibers® polypropylene fibers provide a more versatile alternative to traditional reinforcement methods for residential buildings and lightly loaded commercial buildings. Multidimensional and efficient distribution of fibers allows complex shapes and use in narrow, hard to reach spaces also increasing ductility and prevents segregation. It is easy to dose, mix, pump and finish, making fibers the ideal solution for various applications including public buildings.
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Read MoreThe article of the MSFA Macro Synthetic Fiber Association,of which we are a member on the use of macro fiber and steel fiber in concrete can be found at the link below.MSFA-Po...
Read MoreSince 2001, products, services and people of Polyfibers® have played an important role in the design, construction and preservation of enduring roads, bridges and buildings ...
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Polytwist PT54 increases concrete resistance to tensile stresses. It is dispersed at every point of the concrete also to increase ductility. It inhibits segregation so that a ...
Read MorePolytwist PT54 efficiently distributes within concrete and yields maximum durability to acid risks. Eliminates the need for steel mesh and steel fibers by giving structural fl...
Read MorePolymono 18 provides crack control within concrete. Fibers increase impact resistance, abrasion and tensile strength. It is easy to apply and does not damage equipment during ...
Read More3 dimensional dispersion of Polytwist PT54 synthetic macro fiber reinforcement within concrete provides pre-outlet strength. Prevents shrinkage cracks. Does not corrode thus i...
Read MoreMicro synthetic fiber reinforcement provide superior resistance to the formation of plastic shrinkage cracks. While reducing freeze/thaw damage prevents segregation and increa...
Read MoreThree dimensional reinforcement provided by macro synthetic fibers increases strength against tensile and internal stresses. Fibers do not corrode thus increases service life ...
Read MorePolymono 18 is the primary reinforcement on floor applications. In addition to preventing surface dusting and providing anti-slip also increases resistance to abrasion....
Read MorePolytwist PT54 Increases ductility of concrete and improves energy absorption capacity. Fibers also reduce freeze/thaw damage and penetration from water and chemicals due to t...
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