BASALT FIBER VS STEEL

Composite materials are nowadays successfully replacing steel

in construction industry. But among reinforcing fibers, basalt fiber is

the product of choice for this application.
According to tests and experience, basalt fibers are very flexible, ductile

and have a high mechanical strength. Their greatest advantage lies in

their stability over time, which makes them suitable for use in

different application.

A lot of customers asked about the best choice for

concrete reinforcement, basalt fiber or steel.This article shows the

properties of basalt fiber versus steel fiber and explains which is

more effective for concrete reinforcement.In general, Basalt

Fiber is significantly stronger than steel fiber. Its durability is superior,

and its tensile strength is 2.5 times that of steel.

Basalt Fiber contributes to reduction in concrete coverage by 25 – 30%,

and its weights 4.5 times less than steel fiber This means you’ll need

less manpower to lift and place the material during construction.

Basalt Fiber is 100% non-Corrosive, it is totally resistant to water and

alkaline Radiation from ultraviolet light is not harmful to Basalt Fiber.

The average lifespan of steel fiber is 35 years, while that of Basalt

Fiber is over 100 years.Comparing Basalt Fiber production with

steel, it reduces carbon dioxide emissions by 5.24 tons of coal

equivalent per ton.Basalt Fiber has the same coefficient of the

thermal expansion as concrete!

As a conclusion, Basalt Fiber is a versatile, strong, and cost

-effective reinforcement with a better environmental profile and

fewer embodied emissions, as fewer material and energy resources

are required during production. used extensively in civil engineering and many other fields.

Basalt Fiber is useful for the concrete because it adds strength,

durability, and reduces shrinkage. Basalt Fiber is also a non-

rusting alternative to steel rebar and don’t corrode over time.

These benefits enhance the life of the concrete and increase the effectiveness of the overall construction in any project.