Product Description

Model NO.: elt-fiber


Material: 100% Polypropylene


Fiber Type: Monofilament, Microfiber


Color: White


Function: Concrete Reinforcement Fiber


Product Name: PP Mesh Fiber


Length: Times of 4mm/6mm


Elastic Modulas (MPa): >3500


Melting Point: 160 --170


Acid &Alkali Resistance: Strong


Trademark: elite-indus


Origin: Anhui




Usage: Concrete


Feature: Reinforcement


Pattern: Monofilament, Microfiber


Width: as Per Request


Structure: Synthetic Carbon Chain


Raw Material: Polypropylene


Equivalent Diameter: 100um Max


Tensile Strength: >450


Density(g/cm3): 0.91


Certificate: ISO /CE


Specification: CE


HS Code: 55034000


Anti Crack PP Polypropylene Fibrillated Mesh Fiber



PP Mesh Fiber Description:



Anticrack Fibrillated PP Fiber as polypropylene its raw material, this fiber was produced by special technology. The products 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 rubbing, and the fiber monofilament or net-like structure will fully stretch, thus the concrete is reinforced by a great number of polypropylene Fibers.





PP Mesh Fiber Typical physical properties:



As a new type concrete-strengthening fiber, it becomes a new popular subject in the field of fiber

concrete research and application after glass fiber and Steel Fiber.

Reinforced Functions to Concrete: compared with steel fiber, full-dispersed polypropylene fiber

has advantages in its thinness, large amount, non-water absorbency, strong acid & alkali

resistance and similar elastic modulus with that of concrete. The reinforced functions run

as follows;



1,Increase seepage resistance 2,Prolong endurance 3, Improve steel protection

4,Increase cracking resistance 5,Increase fire resistance 6,Strengthen spurt & fatigue

7,Improve tensile, bending & folding strength 8,Improve plastic deformity

9,Strong acid & alkali resistance and good endurance





PP Mesh Fiber Application:



A). Projects like concrete road, bridge, airport road and factory floor which strictly require cracking resistance. The life span of these projects will be lengthened for 5-10 years.

B). The walls of tunnels, mines, roofs and reservoir projects with special construction. When using spray technology in concrete construction, the polypropylene fiber added into the concrete can effectively decrease the spray concrete's deformation rate of the walls less than 8% and that of the roof less than 12%, and also can reduce the friction. It can

improve the constructing efficiency and working environment and popularize the spray technology.

C). River courses and dams, etc. The polypropylene fiber can improve concrete's resistance to crack and squirt and wear to lengthen projects' life span.

D). Military defense works, dock banks and piers, etc. This fiber can greatly strengthen the concrete's spurt resistance and heighten these projects' safety and lengthen their life span.





PP Mesh Fiber Specification:

Density(g/cm3)	0.91	Elastic Modulas (MPa)	>3500
Length(mm)	Times of 4MM/6MM with 1MM more or less	Equivalent Diameter(um)	<100
Shape	Beam-like Net	Crack Elongation(%)	≥10
Acid &Alkali Resistance	Strong	Water-Absorbency	No
Tensile Strength(MPa)	>450	Melting Point(ºC)	160 --170

PP Mesh Fiber PACKING:



Packing 1: 0.6/0.9/1.0 per PE Film Bag, 10kg/12kg per plastic woven bag,5.5Ton/20'gp,12Ton/40'HQ

Packing 2: 0.6/0.9/1.0 per water soluble Paper bag, 10kg/Carton,9.9Ton/40'HQ

Packing 3, 0.6/0.9/1.0 per water soluble Paper bag, 10kg/Plastic Woven bag,11Ton/40'HQ

Packing 4: other packing quantity can negotiate

Contact us if you need more details on Polypropylene Fibrillated Fiber. We are ready to answer your questions on packaging, logistics, certification or any other aspects about PP Fibrillated Fiber、PP Mesh Fiber. If these products fail to match your need, please contact us and we would like to provide relevant information.

Product Categories : Concrete Additives > PAN Fiber