Polypropylene engineering macro fibers with high tensile strength and good elastility in concrete engineering.Their shape are wave,embossed,and cruved.
Because of special shape,polypropylene macro Fibers have good combination with concrete.
Polypropylene engineering macro fibers can be used in humid and corrosive environments.
Concrete Engineering PP Macro Fibers can improve shrinkage and crack resistance.
Polypropylene Engineering Macro Fibers
With the development of construction industry and the improvement of cement technology,the application of polypropylene engineering macro fibers is widely used in construction engineering.
Polypropylene engineering fiber is a synthetic fiber made from polypropylene as the main raw material through a special process. After adding polypropylene engineering fiber to concrete, the macro pp fibers can easily and quickly and evenly disperse in the concrete, prevent the occurrence and development of original cracks in the concrete, greatly improve the anti-cracking and anti-seepage ability of concrete, improve the toughness of concrete, and extend the service life of concrete.
Except engineering pp macro fibers have advantage of acid,alkali,It has high strength corrosion resistance,high temperature resistance, strong bond with concrete, and easy construction without damage to equipment.The products not only have the function of steel fibers,but also have the advantages of synthetic fibers.
Polypropylene Engineering Macro Fibers in concrete technical parameter:
Color | Black or White | ElasticModulusMPa ) | >4000 |
Density(g/cm³) | 0.91 | Equivalent Dia(mm) | 0.9±0.2 |
Length(mm) | 20-70 | Crack Elongation(%) | ≥15 |
Shape | Curved,Embossed,Waved | Piont | 160-170℃ |
Tensile trength(MPa) | >400 | Resistance Acid alkali | Strong |
Packaging and transportation instruction of macro polypropylene fibers:
packed in poly bag, woven bag,pallet,blister or OPPbag , or on your request.
Polypropylene Engineering Macro Fibers application:
Spray engineering,concrete engineering,such as foundation,roads,bridges,dams,especially projects with high deformation and toughness requirements,water conservancy and hydropower engineering.
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