Home » Articles » An Overview: Basalt Rock Fibers – New Construction Material
An Overview: Basalt Rock Fibers – New Construction Material

An Overview: Basalt Rock Fibers – New Construction Material

Glass, carbon, and polyamide fibers are commonly used in manufacturing the reinforcing bars for concrete applications. Recent developments in fiber production technology allow the making of basalt fiber which is made from basalt rock.

This technology was mainly developed in the USSR. Basalt fiber has such properties as a good range of thermal performance, high tensile strength, good electromagnetic properties, inert nature; and resistance to acids, radiation, UV light, vibration, and impact loading.

This paper deals with their manufacturing processes. It also disscusses the availability of a variety of forms of basalt fibers products and their applications as new construction materials and technique. The average tensile strength and modulus elasticity of BFRP bars were found to be about 1090.2MPa and 42.78GPa respectively.

The basalt fibers are mainly manufactured in Eastern Europe, Russia, and the USA, now in Israel and China. Finally, it is concluding that this is a low cost material, which it is possible to manufacture in India due to the availability of basalt rock (nearly 5, 00,000 sq. km).

Vishal Pandurang Kumbhar
AGTI’s Dr.Daulatrao Aher College of Engineering, Karad, India
Published in Acta Acta Engineering International, 2014, 2(1), 11- 18

About Editorial Board of Basalt.Today

Avatar
Basalt Today is an independent digital magazine covering all the issues related to basalt fiber and basalt fiber based composites. We provide our audience with industry-specific news, popular science articles, research papers, interviews with influential people in the industry, information about manufacturing technologies and application solutions.
x

Check Also

Basalt fiber: from volcanic vent to modern composites

Basalt fiber: from volcanic vent to modern composites

Basalt fiber is filling increasingly more application niches owing to its properties while forcing out sometimes less strong glass fiber,sometimes more expensive carbon fiber.