Microscopic Computerized Fiber Analysis System


 We usually divide fibers into natural fibers and man-made fibers. Fiber samples are generally available in three forms:

① Loose fiber;
② A yarn may be contain one fiber type or multiple fiber types;
③ Woven or knitted fabrics may be constructed of yarns from one fiber type of form yarns made with multiple fiber types.
There two methods for fiber analysis: qualitative and quantitative.
  • The qualitative test method describes physical, chemical and microscopic techniques for identifying textile fibers found in textile products;
  • Quantitative: the procedures for the determination of fiber composition include mechanical, chemical, and microscopic methods.
In this blog, we’re going to introduce microscopic method.
The focus of this blog is:
  • Scope of application of microscopic method;
  • Use and function of microscopic method;​
  • Classifications of the YG002C series.

Scope of application of microscopic method

The microscopic procedure for fiber identification and fiber composition are applicable to all fibers and their accuracy depends to a considerable extent upon the ability of the analyst to ident the individual fibers present. The procedure is usually used for textiles containing two or more fiber types which cannot be separated readily by mechanical or chemical methods; microscopic examination is particularly useful in characterizing the natural fibers; e.g., mixtures of hair and wool and mixture of cotton, linen, hemp and /or ramie.

Classifications of YG002C series

The YG002C series is divided into YG002C, YG002C1 and YG002C2. YG002C measures fiber diameter by longitudinal section method, YG002C1 measures fiber diameter and blend ratio by longitudinal section method, and YG002C2 includes longitudinal section method and constant section method. Please choose according to your needs.
More informations about the use and function of microscopic method can be found in fyitester.com.

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