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Fiberglass Mesh Fiberglass mesh is a capable product in the form of mesh that is manufactured compositely and from glass fibers, along with polymer base materials and glass fibers, which are considered as reinforcing polymer materials. The duty of fiberglass mesh is to arm a variety of insulation materials and insulation coatings on different surfaces…
Metal Concrete Fibers Metal concrete fibers in most cases replace rebar and weave rebar networks for reinforced concrete production. The reason for the use of steel fibers is to create numerous technical and economic advantages of steel fibers for concrete. Features: Reinforced concrete cohesion by fiber distribution Creation of post-stress force after the explosion Prevent…
Plastic concrete fibres Plastic concrete fibers are a good alternative to rebar in some concrete structures. Concrete plastic fibers, composed of a natural polymer structure with identical bonds of propylene, have been designed with a sine diagram appearance to better inhibit cement matrix and high grip length in concrete. Features: Increases the impact resistance of…
Polypropylene Fibers Polypropylene fibers are widely used to strengthen and arm concrete, cement and gypsum mixture. The use of this type of fibers will increase the flexural, tensile, shear and abrasion strength of concrete. Features: Increased elasticity modulus of concrete relatively high melting point Suitable alternative to thermal rebar Reinforced concrete resistance to impact increases…
Synthetic concrete fibers Synthetic concrete fibers are produced by linking monomers to polymers, during a process called polymerization. Synthetic fibers are one of the strongest and best fibers available for concrete, and after mixing with concrete creates special properties for concrete. Features: It has high resistance to acids and bases Prevents the spread of cracks…
