Hot Selling concrete fibers for dry construction mixtures
Sticking to the principle of “Super High-quality, Satisfactory service” ,We are striving to generally be a very good business partner of you for Hot Selling concrete fibers for dry construction mixtures, Our ultimate goal is always to rank as a top brand and also to lead as a pioneer in our field. We are sure our productive experience in tool creation will get customer’s trust, Wish to co-operate and co-create an even better long term with you!
Sticking to the principle of “Super High-quality, Satisfactory service” ,We are striving to generally be a very good business partner of you for concrete fibers for dry mixtures, For many years, we now have adhered to the principle of customer oriented, quality based, excellence pursuing, mutual benefit sharing. We hope, with great sincerity and good will, to have the honor to help with your further market.
Polypropylene fiber (PPF) is a kind of polymer material with light weight, high strength, and corrosion resistance. The crack resistance of concrete can be improved by adding polypropylene fibers. PPF can optimize the pore size distribution of concrete. As a result, the durability of concrete is significantly enhanced since PPF can block the penetration of water or harmful ions in concrete. Different fibre content, fibre diameter, and fibre hybrid ratio will have different effects on the durability indexes. The durability property of concrete can be further improved by combining PPFs and steel fibres. The drawbacks of PPF in application in concrete are the imperfect dispersion in concrete and weak bonding with cement matrix. The methods to overcome these drawbacks are to use fibre modified with nanoactive powder or chemical treatment.
The anti-cracking fiber is a high-strength bundled monofilament organic fiber that uses fiber-grade polypropylene as the raw material and is processed by a special process. It has inherent strong acid resistance, strong alkali resistance, weak thermal conductivity, and extremely stable chemical properties. Adding mortar or concrete can effectively control the micro-cracks caused by temperature changes in the initial plastic shrinkage stage of mortar and concrete, prevent and inhibit the formation and development of cracks, and greatly improve the concrete’s crack resistance, impermeability, impact resistance and Earthquake resistance can be widely used in underground engineering waterproofing, roofs, walls, floors, pools, basements, roads and bridges in industrial and civil construction projects. It is a new ideal material for mortar and concrete engineering with anti-cracking, anti-seepage and abrasion resistance.
Physical parameters:
Fiber Type: Bundle Monofilament / Density: 0.91g/cm3
Equivalent diameter: 18～48 μm / length: 3, 6, 9, 12, 15, 54mm, it can be cut arbitrarily according to user requirements.
Tensile strength: ≥500MPa / modulus of elasticity: ≥3850MPa
Elongation at break: 10～28% / Acid and alkali resistance: extremely high
Melting point: 160～180℃ / Ignition point: 580℃
Main Functions:
As a secondary reinforcement material for concrete, polypropylene fiber can greatly improve its crack resistance, impermeability, impact resistance, earthquake resistance, frost resistance, erosion resistance, burst resistance, aging resistance and workability, pumpability, and water retention. sex.
● Prevent the generation of concrete cracks
● Improve the anti-permeability of concrete
● Improve the freeze-thaw resistance of concrete
● Improve the impact resistance, flexural resistance, fatigue resistance and seismic performance of concrete
● Improve the durability and aging resistance of concrete
● Improve the fire resistance of concrete
Application Areas:
Concrete rigid self-waterproof structure:
Basement floor, side wall, roof, roof cast-in-place slab, reservoir, etc. Engineering, water conservancy projects, subways, airport runways, port terminals, overpass viaduct decks, piers, super-long structures with high requirements for crack resistance, impact resistance, and wear resistance.
Cement Mortar:
Internal (external) wall painting, aerated concrete plastering, interior decoration putty and thermal insulation mortar.
Anti-explosion and fire-resistant engineering:
Civil air defense military projects, oil platforms, chimneys, refractory materials, etc.
Shotcrete:
Tunnel, culvert lining, thin-walled structure, slope reinforcement, etc.
Instructions for use
Suggested dosage:
The recommended amount of mortar per square of ordinary plastering mortar is 0.9～1.2kg
The recommended amount of thermal insulation mortar per ton: 1～3kg
The recommended amount of concrete per cubic meter of concrete is: 0.6～1.8kg (for reference)
Construction technology and steps
①According to the volume of concrete mixed each time, the weight of the fiber added each time is accurately measured according to the requirements of the mix ratio (or the recommended mixing amount).
② After preparing the sand and gravel, add the fiber. It is recommended to use a forced mixer. Add the aggregate together with the fiber into the mixer, but pay attention to ensure that the fiber is added between the aggregate and mix it dry for about 30 seconds. After adding water, mix it wet for about 30 seconds to fully disperse the fiber.
③ Take samples immediately after mixing. If the fibers have 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 before use.
④ The construction and maintenance process of fiber-added concrete is exactly the same as that of ordinary concrete. Ready to use.
Concrete fibers can be used in dry construction mixtures to enhance the properties of the resulting material. The most common types of fibers used in dry construction mixtures include:
1. Polypropylene fibers: These synthetic fibers are commonly used in dry mixes due to their affordability and effectiveness in reducing plastic shrinkage cracking and improving the impact resistance of the concrete.
2. Steel fibers: Steel fibers, typically made from stainless steel, can be added to dry construction mixes to enhance the structural performance of the material. They improve the tensile strength, toughness, and durability of the concrete.
3. Glass fibers: Glass fibers are often used to improve the flexural and tensile strength of concrete in dry mixes. They are corrosion-resistant and provide good bonding with the concrete matrix.
4. Polymer fibers: These fibers, made from materials such as polyethylene or polyester, are lightweight and can enhance the ductility and impact resistance of the concrete. They are also corrosion-resistant.
No matter which kinds of concrete fibers you need, please feel free to contact us, we will help you find the perfect fibers for you!
