ISO 137 ISO 17751 Fiber Fineness Meter Analyzer FZ/T 30003 Projection Microscope Method Fiber Diameter Tester

Scope of Application

This instrument connects an optical microscope to a computer via a high-resolution industrial camera.  Using proprietary analysis software developed by our company, it performs tests to determine fiber diameter, fineness, cross-sectional area, and hollowness, and can also measure the content of each fiber type in blended fibers.

Relevant Standards

GB/T10685-2007 "Test Method for Wool Fiber Diameter - Projection Microscope Method"

ISO137-1985 "Wool - Determination of Fiber Diameter - Projection Microscope Method"

IWTO-8-97 "Method for Determining the Diameter Distribution and Medullation Percentage of Wool and Other Animal Fibers Using a Microprojection Microscope"

GB/T16988-1997 "Determination of the Content of Special Animal Fibers and Wool Mixtures"

ISO17751:2007 "Quantitative Microscopic Analysis Method for Animal Fibers - Cashmere, Wool, Other Animal Down and Their Contents"

SN/T1062-2002 "Inspection Method for the Content of Cashmere in Imported and Exported Yarns and Textiles"

FZ/T30003-2000 "Quantitative Analysis Method for Cotton-Linen Blended Products - Fiber Projection Method"

FZ/T32004-2009 "Quantitative Analysis Method for Cotton-Linen Blended Products - Fiber Projection Method"

SN/T0756-1999 "Quantitative Analysis Method for Imported and Exported Linen/Cotton Blended Products - Fiber Projection Method"

Automatic fiber diameter measurement conforms to:

GB/T20732-2006 "Optical Fiber Diameter Analyzer"

IWTO-47-00 "Specifications for the Method of Determining the Average Diameter and Distribution of Wool Fibers Using an Optical Fiber Diameter Analyzer"

Qualitative analysis conforms to:

AATCC 20-2004 "Methods for Qualitative Analysis of Fibers";

FZ/T01057.3-2007 "Textile Fiber Identification Test Methods Part 3: Microscopic Method"

Area measurement conforms to:

FZ/T01101-2008 "Determination of Fiber Content in Textiles"

AATCC20A-2004 "Quantitative Analysis of Fibers";

FZ/T50002-2013 "Test Method for the Irregularity of Chemical Fibers"

Main Function Introduction

1. The system supports manual measurement, semi-automatic measurement, and automatic measurement functions. This instrument can measure and perform statistical analysis on various types of fibers, including cotton, wool, linen, silk, chemical fibers, polypropylene, viscose, acrylic, polyester, and various animal fibers.

2. Automatic measurement function: Manual focusing, the instrument automatically measures the fiber diameter or fineness displayed on the screen with a single click.

3. Real-time completion of various statistical analyses, real-time display of the number of fibers, mean, standard deviation, CV value, and content. Statistical data includes: total number of fibers, average diameter, fineness, cross-sectional area, hollowness, mean, standard deviation, CV value, maximum value, and minimum value. The number of fibers, average diameter, mean, standard deviation, CV value, and weight percentage of different types of fibers are also provided. Measurement results can be saved or printed.

4. Built-in fiber sample library, and the ability to save and import fiber photos.

5. Uses database storage. Detection data is stored in the database for easy retrieval, and has power-off memory function. Data and reports are output in EXCEL format, and the test results can automatically generate various standard reports. Report format and statistical methods can be changed according to requirements.

6. Features automatic white balance and color calibration.

7. When measuring fiber fineness, the fineness value and the fiber diameter value are displayed simultaneously.

ISO 137 ISO 17751 Fiber Fineness Meter Analyzer FZ/T 30003 Projection Microscope Method Fiber Diameter Tester