Feature(may vary by option.)
●Fiberglass used in concrete has high strength, lightweight, alkali resistant, and dense, which can firmly fix cement. It can effectively improve the impact and seismic resistance of cement. Reduce penetration.
●Fiber filaments increase the density of cement, effectively solving the problem of cement penetration. They are suitable for countertops, courtyard steps, flower pots, swimming pools, exterior walls, and other decorative purposes.
●Glass fiber can withstand high temperature, is incombustible, is not easy to corrode, has good heat insulation and sound insulation, high tensile strength, and good electrical insulation. It is used to make cement, ceramic products, and concrete to enhance rigidity and hardness.
●How to Use: mix sand, cement and concrete fiber evenly, then add an appropriate amount of water, and finally stir; The stirring time is 30-60 seconds longer than without glass fiber.
●Package : 1 Pack x Chopped Fiberglass（Weight: 2.2LB/ Pack,Length: 3/4 inch）
[4.4LB 1]
[2.2LB 1]
[1.1LB 1]
Description
Performance of cement and glass fiber mixture materials at different proportions：
1. Low ratio: When the ratio of cement to fiberglass is around 5%,
there is no significant change in the strength and toughness of the mixed material.
At this point, fiberglass can ensure the wear resistance and protective performance of the material.
2. Medium ratio: When the ratio of cement to fiberglass is between 10% and 15%,
the strength and hardness of the mixed material will significantly increase.
At this point, glass fiber can effectively improve the strength and hardness of the material,
and increase its compressive and tensile strength.
3. High proportion: When the ratio of cement to fiberglass is 20% or more,
the toughness and durability of the mixed material can be significantly improved.
At this point, glass fiber can effectively improve the durability and durability of the material,
increase its toughness and impact resistance.
Glass fiber added to concrete plays a role in avoiding the occurrence and expansion of cracks, improving the impermeability of concrete,
improving the freeze-thaw performance of concrete, improving the impact and willfulness of concrete, and increasing the service time of concrete.