Anti-Crak

Anti-Crak is an alkali-resistant fiberglass specially developed for the reinforcement of cementitious mortars and concrete mixes.

They can be easily incorporated into conventional concrete mixes producing millions of dispersed fibers per cubic meter of concrete, providing a uniform and highly efficient reinforcement.

The addition of a relatively small amount of fiber reinforcement can reduce the use of lightweight wire mesh while effectively controlling plastic shrinkage cracking.

Fiber- reinforced concrete is easy and cost-effective and it also allows you to produce a rigid concrete that has:

– Improved surface quality – Anti-alkali and acid
– Excellent corrosion resistance – Increased durability
– Higher impact resistance – No rust

PRODUCT LINE: ANTI-CRAK HP / ANTI-CRAK HD

SUPPLIER: famous brands from China.

    1. ANTI-CRAK HD:
    • The design of this yarn is generally intended for low addition process use.
    • High-dispersion yarn.
    • Can be added directly to the mixer or pre-mixer truck.
    • Fully uniform dispersion ensures three-dimensional reinforcement throughout use.
    • The product’s standard design makes it quick and easy to mix.

     

    For floor mats / floor surfaces:

    • Can be used to wrap heating elements.
    • Outstanding impact strength and crack resistance
    • Capable of laminating thinner than conventional glazes while providing good performance.

     

    For concrete:

    • Prevent cracking, eliminate edge damage or mold destruction, and improve surface and appearance.
    • Can be the sole reinforcing agent, without conventional wire mesh, in small prefabricated items.
    • The product surface is not hazardous; no final protective layer is required.
    1. ANTI-CRAK HP:
    • The design of this yarn is generally intended for use at a high replenishment level.
    • Improving the performance of both precast concrete
    • Resisting to fiber bundle breakage during concrete mixing
    • Retained toughness is higher than in conventional concrete mixes.
    • Increased impact strength and abrasion resistance.

     

    For floor mats/floor surfaces:

    • Able to retain wear resistance over time and changing mixing conditions.
    • High flexural strength, subject to addition ratio.
    • Achieving higher replenishment speeds without adversely affecting performance.

     

    For concrete:

    • Controlling premature shrinkage cracking and improving concrete
    • Effective at any supplement rate
    • Preserving the hard, long-lasting properties of concrete with useful improvement.

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