What is the concrete anti crack fiber, what is the difference between anti crack agent and anti crac

Crack resistant fibers are polypropylene fibers.

Bot crack resistance expert.

Bote polypropylene fiber is made of polypropylene and a variety of organic and inorganic materials, refined by special composite technology, and the product can form a three-dimensional chaotic distribution of network support in concrete, so that the microcracks formed in the early stage of hardening of concrete are blocked in the development process and difficult to further develop. This improves the fracture toughness of concrete.

It is a new ideal material for anti-cracking, anti-seepage, wear-resistant and thermal insulation of mortar and concrete engineering to improve the crack resistance and anti-seepage performance of concrete.

Crack resistance: Improve the crack resistance of non-structural cracks in the plastic stage of concrete.

Impermeability: Improve impermeability, it is an effective rigid self-waterproof material.

Dosage range: kg m3, concrete crack and seepage resistance is usually.

Main technical parameters of polypropylene fiber.

Material. Polypropylene.

Fiber type. Bundled monofilaments. Specific gravity.

Tensile strength. 358mpa

Acid and alkaline resistance. Extremely high.

Elastic modulus. Melting point.

Fiber diameter. 18—48µm

Security. Non-toxic materials.

Absorbent. Not.

Thermal conductivity. Extremely low. Stretch the limit.

Resistance to low temperatures. Strong.

Specification. 19mm、9mm、6mm、3mm

Fields of application. cement mortar.

Interior (exterior) wall painting, aerated concrete.

plastering, interior decoration putty.

and thermal insulation mortar.

Explosion-resistant and fire-resistant engineering.

Civil air defense military engineering, oil platforms, chimneys, refractories, etc.

Shotcrete.

Tunnels, culvert linings, thin-walled structures, slope reinforcement, etc.

Concrete rigid self-waterproofing structure.

Basement floors, side walls, roofs, roof cast-in-place floors, reservoirs.

Wait. Crack resistance, impact resistance, wear resistance, demanding engineering, water conservancy engineering, subway, airport runway.

Port wharves, overpass viaducts.

Bridge decks, piers, extra-long structures, etc.

Fiber preferred Bote, can.

Bosset Fiber Mill.

We look forward to welcoming you.

The fibers that can be added to concrete are collectively referred to as concrete crack resistant fibers. These include: polypropylene crack resistant fibers, polyethylene fibers, spiral polyvinyl alcohol fibers, etc. Its function is to enhance the crack resistance and service life of concrete. Feel free to contact me for a name.

1. **: The anti-cracking agent is nearly twice as high as the anti-cracking fiber.

2. Scope of use: anti-cracking agents are widely used in civil buildings, bridges, highways, airstrips, and dams, while anti-cracking fibers are mainly used for steel wire mesh polystyrene boards in external wall insulation systems.

The surface is plastered with anti-crack requirements. Anti-crack fiber is a kind of anti-crack fiber that is made of 100% polypropylene as raw material, through a unique process and equipment, through melting, extrusion, drawing, cutting and other processes.

In order to ensure that the anti-crack fibers can be well dispersed in mortar, cement concrete, the anti-crack fibers are also subjected to a special process for surface treatment before cutting.

Because it mainly uses polypropylene as a raw material, it is also known as polypropylene fiber.

The anti-crack fibers act on mortar and cement cement in water, relying on their unique tensile strength.

Dispersion, melting ignition point, acid and alkali resistance and other properties can effectively prevent the formation and development of maintenance cracks in mortar and cement concrete. The anti-cracking agent is an organic polymer mixed emulsion that makes full use of cement mortar.

and the mechanism of physical and chemical imitation changes in the curing process of concrete, and the powder synthesized by Dabigong can be used to prevent and resist cracking from both physical and chemical aspects, which can significantly improve the strength of cement mortar and concrete. Anti-cracking agent can effectively solve the problems of surface plastering difficulties and easy cracking caused by the smooth surface of polystyrene board and non-water absorption, and the addition of anti-cracking agent to cement mortar and concrete can greatly reduce the cracks and hollowing of mortar and concrete.

The generation of phenomena increases the strength of the mortar and improves the quality of the project. The anti-cracking agent solves the problems of large dry shrinkage deformation, impermeability, crack resistance and poor frost resistance of ordinary cement mortar, and can effectively control the plastic shrinkage and cracks caused by segregation of mortar concrete directly incorporated into cement, and greatly improve the crack resistance, frost and impact resistance and wear and seismic resistance of mortar concrete.

Anti-cracking agent is an organic polymer mixed emulsion, which makes full use of the physical and chemical change mechanism in the curing process of cement mortar and concrete, and the chemical synthesis of powder can prevent cracking and resist cracking from both physical and chemical aspects, and can obviously improve the strength of cement mortar excavation and concrete. Anti-crack fiber is a kind of anti-crack fiber that is made of 100% polypropylene as raw material, through a unique process and equipment, through melting, extrusion, drawing, cutting and other processes.

The difference between anti-cracking agent and anti-cracking fiber is reflected in two aspects: in terms of combustion: anti-cracking agent is nearly twice as high as anti-cracking fiber. In terms of the scope of use:

Anti-cracking agents are widely used in civil buildings, bridges, highways, airstrips, and dams, while anti-cracking fibers are mainly used in plastering mortars with anti-cracking requirements, such as steel wire mesh frames, polystyrene boards, etc., in external wall external thermal insulation systems.

Pro, this question is answered by me, oh pro, pro, anti-crack fiber is an admixture of concrete, oh dear, pro, the following is the effect of adding anti-cracking fiber to concrete, oh pro 1Fibers are added to concrete, and from the time the concrete is poured until it hardens, the concrete has not yet developed enough strength to resist the cracks caused by cement shrinkage2After being incorporated into the fiber, it can counteract part of the internal coincidence stress to inhibit the generation and propagation of microcracks.

The fibers in the concrete are distributed in a three-dimensional manner, some are in places where there are no cracks, and some are across the microcracks that exist in the concrete. 3.For the fibers bridging between cracks, they can play a crack blocking role after the initial crack of concrete, similar to the role of steel bars, bear the effect of interfacial transmission, and inhibit the further propagation <> cracks

If my answer is helpful, please give it a thumbs up (rate it in the bottom left corner) <>

Looking forward to your praise, your efforts are very important to me, and your support is also the driving force for my progress <>heart beat] <>

If you are satisfied with my answer, <>

You can go to Gaozhou to point to my avatar for one-on-one consultation. Finally, I wish you good health and a good mood! <>

Concrete engineering fiber and impermeable fiber are a kind of concrete fiber products used for concrete crack resistance and impermeability, which can significantly improve the cracking resistance, impermeability and impact wear resistance of the products. The fiber adopts chemical modification and physical modification, and adopts special fiber surface treatment technology, which improves the meshing degree and physical contact force with concrete, reduces the non-structural cracks caused by various plastic shrinkage, jujube slag segregation, hydration heat temperature and other factors, improves the impermeability and impact resistance, and plays a great role in prolonging the service life of concrete products. The workability of fiber reinforced concrete is enough to meet the needs of pouring and construction.

Application field: polypropylene crack resistance and impermeable fiber can improve its crack resistance, impact load resistance, flexural resistance in concrete products, through the stress transmission of polymer fibers, it can effectively control and reduce the crack generation and expansion in the concrete curing process, the 3D tooth stage resistance strength can be increased by 30%, the early 3D splitting tensile strength can be increased by about 10%, the growth rate of axial tensile strength is even greater than the splitting tensile strength, and the crack resistance is increased by more than 100%.

Mixing polypropylene fiber into concrete products in a certain proportion can also improve the following properties:

1.To improve the frost resistance and cyclic thawing performance of concrete, according to the content of concrete volume, without adding air-entraining agent, its frost resistance effect is increased from d50 to d200.

2.Reduce and eliminate the fine cracks on the surface of concrete products, reduce air permeability, the air content is lower, lower than that without the fiber, and can delay the corrosion of concrete to steel bars.

3.Because the fiber has been modified, it has good chemical resistance and small shrinkage creep, so it can be used in special places where acid and alkali resistance are required.

4.Improve the abrasion resistance and crushing resistance of concrete, give concrete products good toughness, prolong their service life, and increase the relative impact and wear strength by more than 50%.

5.The fiber has successfully adopted a small packaging bag of water stool slag quietly, which is non-polluting, does not need to be used, has no adverse effect on the quality of concrete, and is a green and environmentally friendly packaging. During construction, the small packaging bag can be directly put into the concrete mixer for mixing.

The fiber has good dispersion in construction, strong grip and wrapping force, random distribution, and automatic reinforcement; Simple construction, safe and non-toxic, non-magnetic and anti-rust, anti-corrosion and alkali-resistant, and reliable effect.

6.The Liangque fiber products have a wide range of applications, and have a wide range of applications in water conservancy projects, highways and bridges, factories, airports, warehouses, squares, docks, high-rise buildings, underground buildings, embankments and ports.

7.The amount of concrete fiber used per cubic meter can be evenly distributed in concrete after mixing.

As a concrete crack resistant fiber, sapenfibre Shanghai Shenxiang usually has geotextiles, glass fiber, polyester fiber, polypropylene monofilament fiber, polypropylene crude fiber (also called imitation steel fiber, plastic steel fiber), steel fiber, etc., the actual application depends on the crack and impermeability level requirements. Taking the strength impermeability grade C30W8 as an example, when the content of SAPEN polypropylene crude fiber SAP 48S is 8 kg cubic meters, the crack resistance of concrete reaches the best.

The industries commonly used in fiber reinforced concrete are: 1. Water conservancy and hydropower projects; 2. Port terminals; wharves, wave retaining walls, berms, etc.; 3. Concrete facilities of thermal power plants; 4. Municipal administration and roads; 5. Industrial and civil buildings, etc.

sapen to reinforce the world.

by chris , mp:1-7-3-1-7-8-5-2-0-1-6

Polypropylene coarse fiber shotcrete.

Fiber coagulation prefabricated components.

Distribution of SAP 48S in fiber-reinforced concrete.

Fiber Reinforced Concrete: A general term for a composite material composed of a fiber and a cement base (cement stone, mortar or concrete). The main disadvantages of cement, mortar and concrete are:

Low tensile strength, small ultimate elongation, brittleness, the addition of high tensile strength, high ultimate elongation, good alkali resistance fiber, can overcome these shortcomings.

The fibers used can be divided into metal fibers according to their material properties: Metallic fibers. Such as steel fiber (steel fiber reinforced concrete), stainless steel fiber (suitable for heat-resistant concrete).

Inorganic fibers. There are mainly natural mineral fibers (chrysotile castos, crocidolite, amosite, etc.) and man-made mineral fibers (alkali-resistant glass fibers and alkali-resistant mineral wool and other carbon fibers). Organic fibers.

There are mainly synthetic fibers (polyethylene, polypropylene, polyvinyl alcohol, nylon, aromatic polyimide, etc.) and plant fibers (cisarma, agave, etc.), synthetic fiber reinforced concrete should not be used in a thermal environment higher than 60.

Compared with ordinary concrete, fiber reinforced concrete has many advantages, but after all, it cannot replace reinforced concrete. People began to add fibers to reinforced concrete to make it rebar-fiber composite concrete, which in turn developed a new way for the application of fiber reinforced concrete.

Fiber reinforced concrete refers to the concrete mixed with short steel fiber or synthetic fiber as a reinforcing material, and the incorporation of steel fiber can significantly improve the tensile strength, flexural strength, fatigue resistance and durability of concrete; Incorporation of synthetic fibers.

It can improve the toughness of concrete, especially can block the capillary channel inside the concrete, thereby reducing the water evaporation of the exposed surface of the concrete, and greatly reducing the plastic cracks and dry shrinkage cracks of concrete.

Companion fiber per cubic concrete content.

Companion fiber per ton of dry mortar material: 1kg

Dosage range: kg m

Concrete crack resistance and seepage prevention are usually.

Once added to concrete, it cannot be detected or accurately checked. The construction will be supervised, and the general works will verify your purchase invoice.

Added to the concrete base material, after mixing, due to the impact of cement, sand and other aggregates, a chaotic support system is formed inside the concrete, which can effectively control the early plastic shrinkage cracks and settlement cracks of the concrete and the mortar in the cement. Greatly improve the impermeability, crushing resistance and impact resistance of concrete, increase the toughness and wear resistance of concrete, so that the life of the building is greatly extended, and the maintenance cost of the project is greatly reduced.

Look at the production record of bicycle mixing. There are inside. But a lot of the fiber is added artificially, so it can only be supervised when it is added.

Crack resistant and high impermeability composite materials are composed of a variety of materials such as high-efficiency expansion components, composite fibers, special water-retaining components, early chain separation, modified components, etc. The product has the common advantages of micro-expansion agent and synthetic fiber slip, which can effectively solve the three major problems of cracking, leakage and maintenance difficulties of concrete engineering, and can realize the seamless construction of ultra-long structures.

Double protection, double efficacy.

DoubleXTM contains two anti-crack components, micro-expansion agent and synthetic fiber, which can improve the crack resistance of concrete from both physical and chemical aspects, and provide double protection for concrete.

Special water-retaining components to improve maintenance efficiency.

The unique water-retaining component prevents water evaporation at the beginning of hydration and releases water as hydration progresses, improving curing efficiency.