YS-6 plus fiber fineness meter【Scope of application】Fiber fineness analyzer: use

【Scope of application】

Fiber fineness analyzer: used for the diameter measurement of animal fibers, chemical fibers, cotton and linen fibers, the number of fibers, the average fineness of fibers, the standard deviation, the coefficient of variation, and the coarse rate can be obtained.

【Relevant Standards】

• GB/T 10685-2007 "Test method for wool fiber diameter" GB/T 20732-2006 "Optical analyzer for fiber diameter" GB/T 3364-2008 "Test method for carbon fiber diameter and root number" FZ/T 01057.3-2007 "Test method for identification of textile fibers - Part 3: Microscopy" AATCC 20-2018 "Qualitative analysis of fibers" SN/T 3582-2013 "Import and export of textiles" Qualitative analysis of fibers Hemp fibers" FZ/T 20026-2013 "Test method for length and diameter of wool fibers" Optical analyzer method, IWTO-47-2009 "Provisions on methods for determining the average diameter of wool fibers and their distribution by optical fiber diameter analyzer" IWTO-8-2011 "Method for determining the diameter distribution of wool fibers and the percentage of myelination of wool and other animal fibers by microscope projector" ISO 137:2015 "Determination of wool-fiber diameter - projection microscopy" GB/ T 12412-2007 "Yak Wool" GB/T 9998-2006 "Xining Wool" GB/T 18267-2013 "Goat Mere" GB/T 16988-2013 "Determination of Mixture Content of Special Animal Fibers and Cotton and Wool" GB/T 16254-2008 "Mohair" GB/T 13835.6-2009 "Test Method for Fiber Fineness of Rabbit Wool" GB/T21977-2008 "Camel Wool" FZ/T 30003-2009 "Quantitative Analysis Method of Linen and Cotton Blended Products Micrographic Projection Method" FZ/T 32004-2009 "Natural Color Yarn of Linen and Cotton Blend" SN/T 0756-1999 "Quantitative Analysis Method of Import and Export Linen/Cotton Blended Products by Microscope Projector Method" SN/T1062-2010 "Inspection Method for Cashmere Content in Import and Export Yarn and Textiles" ISO 17751-1:2016(E) "Quantitative Analysis Method of Animal Fiber Microscopy" Other animal fluff and their mixtures》FZ/T 01101-2008 "Textile - Determination of fiber content - Physical method" AATCC 20A-2018 "Provisions for quantitative analysis of fibers" FZ/T 50002-1991 "Test of special-shaped fibers for out-of-shape and hollowness" CNS 2339-1 L3050-1CAN CGSB-4.2 No.14-2005 JIS L 1030-2:2012 "Quantitative test method for blended fiber products" TWC-TM24-2009 "International Wool Bureau Test Method for Determination of Wool Fiber Diameter by Microscope Projection"; ASTM D2013 《Standard Test Method for Diameter measured by the Projection Microscope Method》; AS 2001.2.1-1988 《Determination of Mean Fibre Diameter of Textile Fibres by Measruement of Projected Images》; BS 2043-1968 "Method of the determination of wool fibre fineness by the use of a projection microscope" GB/T 10288-2016 "Inspection method for down feathers" GB/T 20393-2006 "Experimental method for qualitative and quantitative analysis of natural colored cotton fibers" Corresponding optional accessories need to be purchased)

【Scope of application】：
Fiber fineness analyzer: used for the diameter measurement of animal fibers, chemical fibers, cotton and linen fibers, the number of fibers, the average fineness of fibers, the standard deviation, the coefficient of variation, and the coarse rate can be obtained.
【Meet the standards】:
GB/T 10685-2007 "Test method for wool fiber diameter" Projection microscopy method"
GB/T 20732-2006 "Optical Analyzer for Fiber Diameter"
GB/T 3364-2008 "Test method for carbon fiber diameter and root number"
FZ/T 01057.3-2007 "Experimental Methods for Textile Fiber Identification" Part 3: Microscopy
AATCC 20-2018 "Qualitative Analysis of Fibers"
SN/T 3582-2013 "Qualitative analysis of fibers for import and export of textiles - Hemp fibers"
FZ/T 20026-2013 "Test method for length and diameter of wool fibers" Optical analyzer method
IWTO-47-2009 "Provisions on the Method for Determining the Average Diameter of Wool Fibers and Their Distribution by Optical Fiber Diameter Analyzer"
IWTO-8-2011 "Method for Determination of Wool Fiber Diameter Distribution and Percentage of Methelination of Wool and Other Animal Fibers by Microscope Projector"
ISO 137:2015 Wool – Fiber diameter determination – Projection microscopy
GB/T 12412-2007 "Yak Down"
GB/T 9998-2006 "Xining Mao"
GB/T 18267-2013 "Cashmere"
GB/T 16988-2013 "Determination of the content of special animal fiber and cotton wool mixture"
GB/T 16254-2008 Mohair
GB/T 13835.6-2009 "Test method for fiber fineness of rabbit hair"
GB/T21977-2008 "Camel Velvet"
FZ/T 30003-2009 "Quantitative Analysis Method of Linen and Cotton Blended Products" Microscopic Projection Method
FZ/T 32004-2009 "Linen and cotton blended natural yarn"
SN/T 0756-1999 "Quantitative Analysis Method for Import and Export of Hemp/Cotton Blended Products by Microscope Projector Method"
SN/T1062-2010 "Inspection Method for Mountain Cashmere Content in Imported and Exported Yarns and Textiles"
ISO 17751-1:2016(E) Quantitative methods for the microscopy of animal fibers - Cashmere, wool, other animal fluff and their mixtures
FZ/T 01101-2008 "Textile - Determination of Fiber Content - Physical Method"
AATCC 20A-2018 "Regulations for Quantitative Analysis of Fibers"
FZ/T 50002-1991 "Test of Special-shaped Fibers for Special-Form Degree and Hollowness"
CNS 2339-1 L3050-1
CAN CGSB-4.2 No.14-2005
JIS L 1030-2:2012 "Quantitative test methods for blended fiber products"
TWC-TM24-2009 "International Wool Bureau Test Method for Determination of Wool Fiber Diameter by Microscope Projection"; 
ASTM D2013 《Standard Test Method for Diameter measured by the Projection Microscope Method》;
AS 2001.2.1-1988 《Determination of Mean Fibre Diameter of Textile Fibres by Measruement of Projected Images》;
 BS 2043-1968《Method of the determination of wool fibre fineness by the use of a projection microscope》
GB/T 10288-2016 "Inspection methods for down feathers"
GB/T 20393-2006 "Experimental methods for qualitative and quantitative analysis of natural colored cotton fibers" (this standard has special requirements for microscopes, and corresponding optional accessories need to be purchased)
[InstrumentFeatures:】：
1. The national standard measurement range is 2~200μm, and the instrument measurement range is 1~2000μm;
2. Data correction function, full sample picture archiving function;
3. The data and reports are output in EXCEL, and the report format and statistical method can be changed according to user requirements (standards are required).
4. Newly developed personalized interface and customized observation multiplier;
5. Automatic calibration of the ruler to minimize the operation error;
6. Diameter experiment and content experiment add dynamic measurement, which can retain the measurement mark of the current field of view and greatly improve the measurement speed and accuracy.
7. It is used to observe the cross-sectional morphology of various chemical fibers, special-shaped fibers and hollow fibers and measure the cross-sectional area;
8. Test the specialness and hollowness of the special-shaped fiber to meet the textile industry standards;
9. Through the analysis and area measurement of the horizontal shape of a single fiber in the blended product, the fiber content of various blended products can be obtained;
10. DMMAIT dynamic measurement mark automatic sensing technology is adopted
11. The new FTUD fiber type user customization technology can be customized by the user
12. Provide fiber sample library, with more than 50 types of fibers.
Microscope parameters(Domestic)
MOTIC B1 (0.5x Mount, Objective: 10X, 20X)
Camera parameters(Including interface)
1: Maximum resolution 3840*2160
2: Decolorization-free attachment to achieve direct observation of dark fibers
3: Electronic shutter speed: 0.02ms-15s
4: Adopt Sony chip, USB3.0
5: Target surface size 1/1.2, cell size 2.9*2.9,
6: Up to 45 frames per second
【Product Configuration】:
1. Lenovo desktop computer (I5 8G 1T, 27-inch monitor)
2. Printer: HP black and white laser printer