\nT/CQBSXY 1024-2023 General Methods for Identifying Fur Materials
T/CQBSXY 1024-2023
Basic Information
Scope
Scope: This method specifies the identification methods for common fur materials such as rabbit fur, fox fur, and raccoon fur. This standard applies to the identification of fur types, except for modified fur during processing. Main Technical Content: 1. Scope: This method specifies the identification methods for common fur materials such as rabbit fur, fox fur, and raccoon fur. This standard applies to the identification of fur types, except for modified fur during processing. 2. Normative References: The content of the following documents is an essential part of this document through normative references. Among them, the referenced documents with a specified date apply only to the version corresponding to that date; the latest version (including all amendment sheets) of the unmarked referenced documents applies to this document. QB/T 1261 *Terminology for the Fur Industry* 3. Principle: Experienced identifiers use sensory identification of the sample's morphological characteristics based on actual experience, or compare with standard physical samples, or observe the morphology of the hair fibers with a scanning electron microscope and the fiber fineness instrument to observe the construction of the hair fibers, and compare with the standard physical sample photos and morphological descriptions to identify the fur material. 4. Main Testing Instruments, Tools, and Reagents 4.1 Scanning Electron Microscope; 4.2 Ion Sputtering Device (E-1010); 4.3 Fiber Fineness Instrument; 4.4 Haemotomy Knife or Double Blade; 4.5 Double-sided Conductive Adhesive, Slides, and Cover Slides; 4.6 Freezing Tissue Sectioning Microscope or Similar Tissue Sectioning Microscope, or a surgical knife or similar blade; 4.7 Tweezers, Glycerin, etc. 4.8 Sodium Dithionite. 5. Identification Process 5.1 Sensory Test 5.1.1 Test Method: To determine whether it is animal fur, the combustion method is generally used. When animal fur is burned, there is no flame, and