TB Polypropylene Fiber for Concrete
Specifications
- Brand
- Tongban
- Origin
- Taian,China
- Price Term
- CIF
TB Polypropylene Fiber for Concrete is a Construction & Real Estate product. Key specs — Brand: Tongban; Origin: Taian,China; Price Term: CIF.
Product Description
Introduction TB-Polypropylene-Fiber is generally short for PP-Fiber,it is a kind of fiber for concrete.Looks like bunchy monofilament andmade of 100% PP by special techniquePut TB-PP-fiber into the concrete or mortar, can effectively prevent temperature change, microcrack caused by plastic and dry shrinkage, etc, thereby prevent and control the happen and development of crack and improve effectively anti-crack, anti-infiltration, anti-concussion and anti- shock of the concrete.They are used widely in roads, bridges, underground waterproof projects and roofings, walls, pools, basements of the industrial civil construction SpecificationRegular Spec: TB-PP-10S(TB-10) Material Form polypropylene The Type of the Fiber bunchy monofilament
Color nature(white) Identical Diameter(µm) 25-40
Elongation at Break(%) ≥15 Length(mm) 3,6,10,12,15,19
Modulus of elasticity(MPa) ≥3500 Tensile Strength(MPa) ≥500
Density(g/cm3) 0.91~0.93
Note: The range of length 3-50mm, and according to the your demand Function 1.
Anti-crack TB-Fiber distributes in the concrete in 3D stereo, which reduces the stress concentration of the microcrack point , weakens or removes the tension caused by sun crack of the concrete or mortar, further prevents the happen and development of the microcrackFor plastic concrete, TB-Fiber can support the aggregate, reduce and prevent the isolation tendency of the concrete, so lessens even prevent the happen of crack on surface 2.
Anti-infiltrationTB-Fiber can lessen the plastic crack of concrete effectively, and prevent the development and run-through of the crackThe evenly distributed fiber monofilament formed a support system, prevent the surface bleeding and the aggregate fall, decrease the bleeding of concrete, reduced the bleeding passage of concrete, lessened the hole rate greatly, consequently prevent infiltration of the concrete obviously 3.
Anti-freezing and thawingTB-Fiber can decrease effectively anti-compression stress concentration in the concrete caused by several times’circulation of freezing and thawing, which prevent the further extend of the microcrack. In addition, the increase of the anti-infiltration of the concrete surely makes for the improvement of freezing and thawing4.
Toughness and anti-shockTB-Fiber can help to absorb the kinetic energy ,which produced when the component of concrete is shocked, moreover due to the anti-crack effect of the fiber, when the concrete is shocked, the fiber can prevent the rapid extend of the inner crack, consequently increased the toughness and anti-shock of the concrete.5.
Durability The excellent anti-crack effect of the TB-Fiber reduce the happen and development of the crack greatlyThe reduction of the inner hole rate makes the infiltration and corrosion from the water, the chemical substance, the salt of the Cl as well as other outside factors slow down, i.e. because of the great reduction of the crack, the channel that provided by the crack which would make the function of damage and corrosion infiltrate even extend becomes less and less, which reduces the damages to the structural main bar, thereby improves the durability of the concrete.6.
Fire resistanceAdding TB-Fiber into the concrete, especially the high-strength concrete, can improve the fire resistance and the security in fireHigh-strength concrete has high compaction.
In the flame, because the high pressure steam formed by heating up of free and chemical water in the concrete is difficult to escape, frequently, the component of the concrete would blowout and collapse suddenly, and cause big harm.However the fiber concrete could avoid the blowout in fire effectively.
Because when the temperature in the component of the concrete is above 165℃, the PP fiber monofilament mesh that distributed around them will melt, simultaneously produceinner link channels for the escape of the high pressure steam from the concrete.