VIT 300 - Fiber Fineness Analyser

Application
Fiber Fineness Analyser, used to determine the fineness of fiber and analyze the content and
surface feature of animal fiber, vegetable fiber and mineral fiber, such as cotton, wool, man-made fiber, etc.
This fiber analyzer is efficient, its kernel is a special soft package, and it is based on the digital image technology and interactive operation. Operator selects the objects, and then the system measures fiber and gets the statistic result automatically.
To use, pick a bundle of fiber and cut a segment about 100um at the middle position, then submerge the fiber segment in one or two drops of paraffin oil and ensure evenly covered. Next, place the sample on the telescope stage – the magnified image is projected on the CCD camera and digitized in computer memory. Then the digital image of sample can be processed and measured.

Functions (Optional orders)
Fiber content test

Standards
AATCC 20/20A, ISO 137, ISO 17751, IWTO-8-97,
IWTO-47-00, FZ/T01057.3, GB/T 10685

Power
220 /110 V 50/60 Hz

Weight
40 Kg

Dimensions
600 x 400 x 600 mm (L x W x H)

Brief Introduction of Fiber Fineness and Content

Fineness is an important index of textile fiber and yarn. The finer the fiber, the higher the yarn strength. The fabric made of fine fiber is softer and softer. In the spinning process, spinning with fine fiber can reduce the broken rate, but the fiber is too thin and easily entangled into a knot.

Fiber and yarn fineness have two kinds, direct index, and indirect index. The direct index is the diameter and cross-sectional area, however, because the cross-section of most fibers and yarns is irregular and accompanied by cavities, gaps, and holes, it is difficult to measure the diameter and cross-sectional area. So the fineness of textile fiber and yarn is expressed by indirect index, it is customary to use a unit length of mass or unit mass to denote the fineness of the fiber.

The methods of measuring fiber fineness mainly include weighing method, air meter method, projection diameter method, and single fiber vibration method. In this paper, the fiber fineness content analyzer is used to evaluate the fiber fineness and content by observing the fiber section, measuring the fiber diameter and analyzing the fiber content.

Fiber Cross-section Experiment by Fiber Fineness Analyzer

1 It is used to observe the heterogeneity and cross-section shape of all kinds of chemical fiber, special-shaped fiber, and hollow fiber, and to measure the cross-section area at the same time.

2 The fiber content of all kinds of blended products can be obtained by analyzing the transverse shape of a single fiber and measuring the area of each fiber.

3 It uses professional analysis software, output data, and provide report forms, statistical methods can be changed according to user requirements (standard to be provided)

Automatic Diameter Measurement by Fiber Fineness & Content Analysis System

1 It used for measuring the diameter of the animal fiber, chemical fiber, cotton fiber, and hemp fiber, etc., the measurement speed is fast and the operation is a simple, and less human error.

2 Increases the dynamic measurement at the diameter experiment and the content experiment, it can retain the current measurement mark.

3 It uses professional analysis software, output data, and provide report forms, statistical methods can be changed according to user requirements (standard to be provided)

Fibre Content Analysis by Fiber Fineness &Content Analyzer

1 The fiber content of various blended products can be obtained by analyzing the morphology of single fiber and measuring the diameter.

2 Provide the samples gallery of special animal fibers, chemical fiber and cotton, and hemp fibers. It is propitious for the experimenter to compare and improve their resolving power.

3 It uses professional analysis software, output data, and provide report forms, statistical methods can be changed according to user requirements (standard to be provided)

Among them, fiber content analysis, to a huge extent, the experimenter’s experience will provide the final judgment. Therefore, to ensure the repeatability of the test results, inspectors must observe more at work. Intensify the exchange of testing techniques, and frequent experimenting will help improve the accuracy of test results.

  • Industrial pick-up camera, microscope, specialized test software.
  • Operating mode: Manual, Automatic, Multiple-spot measurement
  • Measurement range 1~ 2000μm
  • Measurement accuracy 0.1μm