Direct roving is a continuous fiber with a simple structure that is not subjected to the twisting process. As a result, the fibers remain aligned in parallel, preserving their natural properties and high uniformity. This structure facilitates processing, ensures predictability in technological applications, and offers wide possibilities of use.
Direct roving stands out for its stability and even load distribution, making it an ideal material for manufacturing products that require high strength and precision. Its key advantage lies in retaining the original fiber structure, which translates into reliability and durability across many industries, including composites and construction.

Twisted basalt yarn is produced by twisting several roving strands together, which gives it higher strength and improved mechanical properties. This versatility makes it suitable for a wide range of industries.
In textiles, it is used to manufacture fire- and heat-resistant protective fabrics for firefighters, welders, and steelworkers. In the marine and heavy industries, it is applied in the production of ropes and cables resistant to corrosion. It is also used to reinforce rubber products such as high-pressure hoses and conveyor belts.
In electrotechnics, twisted basalt yarn serves as high-temperature-resistant insulation, while in filtration systems, it is employed in filters for gases and liquids under demanding conditions.