Basalt Texturized Yarn

Air-Texturized Fiber Structure

A high-performance texturer is used to process basalt fibre yarn to create basalt textured yarn. Turbulence is created during this phase when a fast-moving airflow enters the forming expansion channel. The yarn's structure becomes more open and expansive as a result of the turbulence dispersing the basalt fibres and creating looping fibres. This method modifies the yarn's volume and surface shape while preserving the basalt fibre base, which is the primary distinction from regular basalt yarn.

According to the given specifications, the fibre type is basalt fibre and the product code is BTG/NS. The fibre diameter indicated is between 6 and 13 μm. The modulus of elasticity is at least 95 GPa, the tensile strength is at least 0.6 N/Tex, the moisture content is less than 0.75%, and the sizing content is at least 0.8%. Before employing textured yarn in a particular procedure, consumers can use these parameters as a helpful reference to verify its basic consistency.

Increased Volume for Technical Applications

Volume is a common factor in the selection of textured basalt yarn. According to product information, textured basalt yarn is utilised in situations requiring large production volumes. Additionally, it is utilised to lessen vibration and noise during special presentations. Compared to compact twisted yarns, the texturing process creates looping fibres, which offer distinct handling and covering qualities. When the textile structure calls for more volume rather than only better linear density, the product becomes pertinent.
Good mechanical qualities, chemical resistance, acid resistance, alkali resistance, salt resistance, abrasion resistance, tensile strength, modulus of elasticity, impact resistance, electrical insulation, UV resistance, frost resistance, moisture resistance, and heat resistance are all described in general basalt yarn information.

Texturing is an important specification element for clients creating bulk basalt textiles. Together with the necessary yarn volume, factors like fibre diameter, sizing content, moisture content, tensile strength, and modulus should be taken into account. The structure should be chosen according to the intended textile function rather than just treating textured yarn as a different tex grade. This makes it possible to assess basalt-textured yarns in technical textile constructions for vibration, sound, and volume-related applications.