Introduction: According to different materials, different products can be selected, different chucks, digital observation system, stretching speed and precision can be selected, and suitable instruments can be selected according to different data of collecting force values. The company can process textile material stretchers for your needs according to different international standards. Fiber measuring instruments are used to measure the mechanical properties (modulus, fracture work and elongation at break) of single fibers under different test parameters (eg tensile speed, gauge), appearance (fiber morphology, diameter, Length, fracture shape and fracture process, etc., through the measurement of these parameters to characterize the fiber material, provide guidance and reference indicators for the application and trade of fiber materials. Features: 1. Measure the wide range of fiber objects and measure the strong properties of micron and submicron fibers (including nanocomposites). 2. The fiber mechanics measurement features are rich, and the elastic modulus, tensile work, fracture stress, fracture strain, tensile recovery ratio and other indicators can be calculated according to the stress-strain curve; 3. The stress or elongation can be set constant, and the fiber yield creep property is measured; 4. Fiber spacer length can be as small as 1mm, maximum elongation is 20mm-200%, fiber maximum tensile speed is 30-150mm/min, force precision is 0.001mN, image resolution is 24 pixels/micron, suitable for sub-micron level Fiber and elastic fiber morphology measurement;
Introduction: According to different materials, different products can be selected, different chucks, digital observation system, stretching speed and precision can be selected, and suitable instruments can be selected according to different data of collecting force values. The company can process textile material stretchers for your needs according to different international standards. Fiber measuring instruments are used to measure the mechanical properties (modulus, fracture work and elongation at break) of single fibers under different test parameters (eg tensile speed, gauge), appearance (fiber morphology, diameter, Length, fracture shape and fracture process, etc., through the measurement of these parameters to characterize the fiber material, provide guidance and reference indicators for the application and trade of fiber materials.
