Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive

Product Details
Customization: Available
Type: Acetate
CAS: 9035-69-2
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Registered Capital
1000000 RMB
Plant Area
10000 square meters
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
  • Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
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  • Overview
  • Product Description
  • Features
  • Detailed Photos
  • Introduce
  • Factory photos
  • Packing & Delivery
  • FAQ
Overview

Basic Info.

Model NO.
Acetate
Density
1.068g/cm3
Molecular Formula
C20h44brn
Molecular Weight
378.47400
Material
Acetate Tow
Transport Package
Carton or Package
Specification
200-250kg
Trademark
HEBEIHAOYUE
Origin
China
HS Code
550210100
Production Capacity
10000

Packaging & Delivery

Package Size
10.00cm * 15.00cm * 15.00cm
Package Gross Weight
5.000kg

Product Description

Product Description

Polypropylene crack-resistant fiber
High-strength bundled monofilament organic fiber
Polypropylene crack-resistant and anti-seepage short fiber is a high-strength bundled monofilament organic fiber made of fiber-grade polypropylene as raw material and processed by special technology. It has inherent strong acid resistance, strong alkali resistance, weak thermal conductivity, and extremely stable chemical properties. Adding it to mortar or concrete can effectively control the microcracks caused by temperature changes and other factors in the initial plastic shrinkage stage of mortar and concrete, prevent and inhibit the formation and development of cracks, and greatly improve the crack resistance and anti-seepage performance of concrete, as well as its impact resistance and earthquake resistance. It can be widely used in underground engineering waterproofing, industrial and civil construction engineering roofs, walls, floors, pools, basements, as well as roads and bridges. It is a new ideal material for mortar and concrete engineering to resist cracking, seepage, and wear.
As a secondary reinforcement material for concrete, high polypropylene fiber can also greatly improve its crack resistance, seepage resistance, impact resistance, earthquake resistance, frost resistance, impact resistance, burst resistance, aging resistance, workability, pumpability, and water retention.
Prevent concrete cracks
Improve concrete's anti-permeability
Improve concrete's anti-freeze-thaw performance
Improve concrete's impact resistance, flexural resistance, fatigue resistance, and earthquake resistance
Improve concrete's durability and anti-aging properties
Improve concrete's fire resistance

Features

 
1. Fiber Type:  Bundle monofilament
Equivalent diameter:  18~48 μm
tensile strength: ≥500MPa
Modulus of elasticity: ≥3850MPa
Elongation at break: 10~28%
Acid and alkali resistance: Very high
Melting Point: 160~180ºC
Flash point: 580ºC

Concrete rigid self-waterproof structure: basement floor, side wall, top plate, cast-in-place roof slab, water reservoir, etc. Projects with high requirements for crack resistance, impact resistance and wear resistance, water conservancy projects, subways, airport runways, port terminals, flyover bridge decks, bridge piers, super-long structures, etc.
Cement mortar: interior (exterior) wall painting, aerated concrete plastering, interior decoration putty and thermal insulation mortar.
Explosion-proof and fire-resistant projects: civil air defense military projects, oil platforms, chimneys, refractory materials, etc.
Shotcrete: tunnel, culvert lining, thin-walled structure, slope reinforcement, etc.

Detailed Photos

 

Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
 
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
Fiber concrete is a general term for composite materials composed of fibers and cement-based materials (cement stone, mortar or concrete). The main disadvantages of cement stone, mortar and concrete are: low tensile strength, low ultimate elongation and brittleness. These disadvantages can be overcome by adding fibers with high tensile strength, high ultimate elongation and good alkali resistance. Cement-based composite materials composed of cement paste, mortar or concrete as the base material and fibers as the reinforcing material are called fiber concrete. Fibers can control the further development of cracks in the base concrete, thereby improving crack resistance. Due to the high tensile strength and elongation of fibers, the tensile, bending, impact strength, elongation and toughness of concrete are improved. The main types of fiber concrete include asbestos cement, steel fiber concrete, glass fiber concrete, polypropylene fiber concrete, carbon fiber concrete, plant fiber concrete and high elastic modulus synthetic fiber concrete.
 
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
Polypropylene short fiber is a kind of fiber. Polypropylene short fiber can improve the crack resistance, permeability, impact resistance, frost resistance, explosion resistance and workability of mortar/concrete. Tens of millions of fibers are evenly distributed in mortar/concrete, playing a good role in micro-reinforcement, which well maintains the integrity of the structure, avoids the structure from being dispersed into many fragments when it is damaged by impact, and prevents the corrosion of steel bars in the structure.
 
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive
High-strength bundled monofilament organic fiber
Polypropylene anti-crack and anti-seepage short fiber is a high-strength bundled monofilament organic fiber made of fiber-grade polypropylene and processed by special technology. It has inherent strong acid and alkali resistance, weak thermal conductivity, and extremely stable chemical properties. Adding it to mortar or concrete can effectively control the microcracks caused by temperature changes and other factors in the initial plastic shrinkage stage of mortar and concrete, prevent and inhibit the formation and development of cracks, and greatly improve the crack resistance and anti-seepage performance of concrete, as well as its impact and seismic resistance. It can be widely used in underground engineering waterproofing, industrial and civil construction engineering roofs, walls, floors, pools, basements, as well as roads and bridges. It is a new ideal material for mortar and concrete engineering to resist cracking, seepage, and wear.
 

Introduce


Recommended dosage:
The recommended dosage of ordinary plastering mortar is 0.9-1.2kg per cubic meter
The recommended dosage of thermal insulation mortar per ton is 1-3kg
The recommended dosage of concrete is 0.6-1.8kg per cubic meter (for reference)
Construction process and steps
According to the volume of concrete mixed each time, accurately measure the weight of fiber added each time according to the mix ratio requirements (or recommended dosage).
After the sand and gravel are prepared, add the fiber. It is recommended to use a forced mixer. Add the aggregate together with the fiber to the mixer, but be careful to ensure that the fiber is added between the aggregates, dry mix for about 30 seconds, and wet mix for about 30 seconds after adding water to fully disperse the fiber.
After mixing, take a sample immediately. If the fiber has been evenly dispersed into monofilaments, the concrete can be put into use. If there are still bundled fibers, extend the mixing time by 20-30 seconds and it can be used.
The construction and maintenance process of concrete with fiber is exactly the same as that of ordinary concrete.

Factory photos

 

Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete AdditiveDomestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive

Packing & Delivery

To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.
Domestic High-Quality Polypropylene Anti-Cracking Fiber Can Be Used as a Concrete Additive

FAQ

1.How about price and discount?
We quote as lowest as possible for any customer, and discount can be given according to quantity.
2.What's your delivery date?
Delivery date is 10-25days after receipt of the payment.
3.What's your payment terms?
T/T, L/C, D/P and Paypal is available.
4.Can I get free sample?

Yes, sample is free, express charge is on customer's account.
5.Which countries do you export to?
All over the word.
6.May I have your samples or visit your corporation?
We can send our sample image and details which you are interested in by email, and further more, we can offer samples to you for free and we also can custom the products according to your requirement but you should pay for the set up charge in advance. We sincerely invite you to come to my factory for visiting and instruction .You can get guild map on our website.
7.How about the working time
We usually work on 8:00-21:30, contains the weekend.

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