Cement-based Concrete of Polypropylene Fiber

1.Polypropylene Fiber 2.Rich in experience 3.Application in architecture 4.Competitive price 5.Fastest shipping

Polypropylene Fiber for  Engineering Construction

We have been exporting these fibres for many years, we are able to offer you the suitable fibre for your construction, we have more than 6 type fibre which be mixed with concrete for road making, construction, pls contact us for details if you have any interesting, thank you in advance.

Detailed Product Description

PP Fiber-Mesh With polypropylene as raw material, this fiber appear net like structure with many fiber monofilaments connected.

PP Fiber-Mesh With polypropylene as its raw material, this fiber appear net like structure with many fiber monofilaments connected. When the fiber is put into the concrete, the horizontal structure in fiber monofilament can be destroyed in the course of stirring owing to friction and bubbing, and the fiber monofilament or net-like structure will fully stretch, thus the concrete is reinforced by a great number of polypropylene fibers. As a new type concrete-strengthening fiber, it becomes a new popular subject in the fiber of fiber concrete research and application after glass and steel fiber

We have been exporting these fibre for more than ten years, we are able to offer you the suitable fibre for your construction, we have more than 6 type fibre which be mixed with concrete for road making, construction, pls contact us for details if you have any interesting, thank you in advance.

Fiber Item:

1.PP Fiber Monofilament

Raw Material	Polypropylene	Crack Elongation	20%±5%
Type	Monofilament	Density	0.91±0.01 % g/cm3
Fiber Dia	0.02-0.05±0.005mm	Melting Point	160---170?/p>
Tensile Strength	≥450MPa	Resistance to Acid,Alkali	Strong
Size	6,10,12,15,19,20,24,48	Water Absorbency	No

 

2. PP Fiber Mesh

Density(g/cm3)	0.91	Elastic Modulas (MPa)	>3500
Length(mm)	6,10,12,15,20	Equivalent Diameter (m)	100
Shape	Beam-like Net	Crack Elongation(%)	≥10
Acid &Alkali Resistance	Strong	Water-Absorbency	No
Tensile Strength(MPa)	346-560	Melting Point(C)	160—170

 

3.PP Fiber Bunchy Twisted Form

Density(g/cm 3 )	0.91	Elastic Modulus ( MPa)	>5000
Length(mm)	54	Equivalent Dia (mm)	0.3+/- 0.05
Shape	bundle-like and twisted	Break tensile Ratio(%)	>15
Break Strength(MPa)	>560	Resistance to acid, alkali	strong

 

4.Curved PP Macro  Fiber

Density(g/cm 3 )	0.91	Elastic Modulas (MPa)	>5000
Length(mm)	30,40,50	Equivalent Dia(μm)	80,100
Shape	curved bar	Break Tensile Ratio(%)	≤155
Break Strength(MPa)	≥460	Melt Point	≥160

 

 

Cement-based Concrete of Polypropylene Fiber