FYI Tester Instrument

The Micronaire value reflects the fineness and maturity of cotton fibers; as a critical intrinsic quality indicator, it is closely linked to the processing and utilization of cotton fibers. In 1972, the International Organization for Standardization (ISO) officially published the test method for Micronaire value: ISO 2403:1972, *Textiles — Cotton fibres — Determination of Micronaire value*. ISO 2403 underwent two subsequent revisions in 2014 and 2021. The latest revised edition, ISO 2403:2021, *Textiles — Cotton fibres — Determination of Micronaire value*, was published on August 27, 2021, superseding ISO 2403:2014. In international trade, given that the Micronaire value serves as a key criterion for assessing cotton quality, the accuracy and consistency of its determination are of paramount importance. Consequently, staying abreast of changes to ISO standards is of significant importance for aligning with international practices and eliminating technical barriers in international tra...

  A carbon black content tester measures the percentage of carbon black (fine black powder after combustion of carbon-containing compounds) present in plastic and rubber through combustion methods. The content tester is used in quality control, laboratory research, and institutional settings to demonstrate ideal results of ISO and ASTM standards. This guide breaks down how a carbon black content tester works, what kind of materials can be tested, and the industrial requirements and specs for purchasing a carbon black content tester. What Is a Carbon Black Content Tester Carbon black is a compound added to polyethylene, polypropylene, and rubber compounds to provide UV protection and reinforce the polymer matrix. The concentration of this carbon black determines how well the matrix performs in outdoor environments. When the carbon black is low, the material can be degraded by UV, and when the amount is in excess, it can affect mechanical properties. Carbon black content tester is a...

  In textile dyeing technology, achieving the desired fabric color involves far more than simply applying dyes to fibers. The final visual appearance of a textile is determined by the combined interaction of light, material structure, human vision, and color measurement standards. Building upon the principles of textile dyeing and coloration processes discussed previously, understanding color perception and color evaluation is equally essential for ensuring dyeing consistency, shade accuracy, and product quality. This article introduces the fundamental principles of color perception, the characteristics of light sources, color classification systems, and modern textile color measurement methods used throughout the textile industry. The Three Essential Elements of Color Perception For an object to appear colored, it relies on the synergistic interaction of three elements—”light source, object, and vision (brain)”—all of which are indispensable: ● Light Source: A light source is a ...

Fabric dyeing is one of the most critical stages in textile processing, directly determining the final appearance, quality, and market value of fabrics. Different fibers, dyeing methods, and dye types all influence the color effect, colorfastness, production efficiency, and fabric performance. With the continuous development of textile manufacturing, modern dyeing technology has evolved from simple coloration into a systematic process involving precise control of temperature, chemistry, machinery, and process parameters. This article introduces the fundamental workflow of fabric dyeing, explains the core dyeing principles, and outlines common dyeing methods and dye categories to provide a clearer understanding of textile dyeing technology and industrial applications. Fabric processing workflow Among these steps, dyeing can be categorized into yarn dyeing (dyeing the yarn prior to weaving) and garment dyeing (dyeing the fabric after it has been sewn into a finished garment); it constitu...

  One of the most common issues with the appearance of fabrics and the quality of their products is fabric pilling. As far as textiles and garments are concerned, you should look for testing instrumentation that is reliable to test the performance of fabrics when subjected to friction and repeated friction. Random Tumble Pilling Tester is very common to simulate real-life fabric rubbing and provide exact evaluations of pilling resistance of the fabrics. This equipment allows research laboratories, universities, textile manufacturers, and quality control laboratories to have a consistent and standardized testing environment to help them improve the quality of their products and ensure they meet international testing standards. Working Principle and Testing Method of the Random Tumble Pilling Tester The Random Tumble Pilling Tester is developed to simulate the impact that fabrics experience when they are in normal use, such as random movements and friction. Repeated interactions betw...

A recent acceptance test was conducted on an atmospheric-pressure jigger dyeing machine , comprehensively covering the entire process—from mechanical structure, valve systems, and piping seals to motor operation and final rectification. Unlike a simple pre-shipment confirmation, this inspection was closer to a system-level evaluation under real operating conditions, focusing on identifying potential risks in advance and verifying the machine’s stability in practical use. Through on-site measurements, pneumatic testing, no-load motor operation, and issue rectification, it becomes possible to assess the equipment’s reliability in future dyeing production more clearly. It also reflects the level of process control and attention to detail during manufacturing. Dye Vat Following the initial internal inspection of the dye vat, the primary focus shifted to the examination of various cloth guide rollers, the main roller, and the internal piping system. During the actual operation of a jig dye...