For reinforcement, improvement of mechanical properties and durability of concrete
Polyex Mesh - twisted synthetic fibers created for the purpose of reinforcement, improving the mechanical properties and durability of concrete. Polyex Mesh is a fiber consisting of a special mixture of co-polymer and polypropylene. They create reinforcement in three dimensions, which reduces or completely eliminates plastic shrinkage of concrete, is a replacement for reinforcement with steel fibers, light rods and anti-shrink nets.filling on a ground base, in the production of concrete, trays, drainage systems, tanks (with drinking water), swimming pools, elements of enclosing structures, shotcrete, etc. concrete of class from B-5 to B-100. Polyex Mesh fibers are used for the production of structural fiber reinforced concrete with improved properties compared to steel fiber reinforced concrete.
Material |
copolymer/polypropylene |
Form |
monofilament/fibrils |
Density |
0.91 kg/dm 3 |
Length |
24/38/54 mm |
Diameter |
0.069 mm |
Length/diameter ratio |
347/551/782 |
linear density |
3020 |
Endurance |
620 – 758 MPa |
Resistance to chemicals |
full |
Polyex Mesh 24 mm polymer fiber is an additive in concrete that increases the tensile, compressive and bending strength, as well as the impact strength of the structure. These are synthetic fibers that create reinforcement in three dimensions, created for the purpose of reinforcement, improving the mechanical properties and durability of concrete.Polymer fiber prevents the spread of cracks in the concrete body and simplifies the laying of the finished mixture. It works great as an alternative to metal fiber, since polymer fiber is much more convenient to use. It is evenly distributed in the concrete body and contributes to full-fledged micro-reinforcement.
Application:
Features:
The dosage of polymer fiber depends on the purpose of concrete (composite): 1-3kg of dry fiber per 1 m3 of concrete. This ratio makes it possible to obtain excellent quality concrete, preventing plastic shrinkage as much as possible. In comparison with iron fiber, which needs 20-40kg per 1 m3 of concrete, polymer fiber is much more economical and practical to use.
If necessary, in some cases, the amount of polymer fiber can be increased to 0.5% of the total volume of concrete
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