Breaking Force
Determination of the ultimate strength of a yarn relative to its linear density provides a standardized measure of its industrial durability. Through the application of iso 2060 tenacity testing, technicians identify the maximum load a linen yarn can bear before failure occurs. This measurement is expressed in centinewtons per tex to allow for comparisons across different yarn sizes.
Linear Density
Preparation involves weighing a specific length of yarn to calculate its mass per unit length under controlled atmospheric conditions. While conducting iso 2060 tenacity testing, the mill ensures that the flax moisture content is at the standard level to prevent skewed results. The resulting data helps the weaver select yarns that can withstand the mechanical stresses of high-speed air-jet looms.
Operators must carefully calibrate the constant-rate-of-extension testers to ensure that the yarn is pulled at a uniform speed. Automated data collection systems record each break to generate a statistically significant average for the entire batch.
Quality Verification
Consistent results across multiple batches indicate a stable spinning process and high-quality raw flax supply. Using iso 2060 tenacity testing provides the technical data needed to resolve disputes between the yarn supplier and the weaving mill. The final report documents the reliability of the material for demanding textile applications.
