Fiber Fineness Tester is on Sale

CHINA, HEFEI (January 5, 2023)-The thickness of the fiber is referred to as its fineness. Fineness is an essential morphological parameter and fiber quality indicator. Fiber fineness is directly connected to the spinning process and yarn quality, and it has an impact on fabric style. https://fyitester.com/fiber-fineness/

Fiber fineness test method
1. Direct measurement method:
The microscope method, the fiber projection measurement technique, the laser fineness test method, the computer image automated measurement method, the quantitative method, and so on.
2. Indirect measurement method:
Methods such as mid-section weight, air flow, vibration, and so on.
The fineness of wool and the longitudinal projected diameter of fibers with round cross-sections are routinely measured using microscopy.
The airflow method is frequently used to assess the fineness of cotton fibers, wool fibers, and chemical fibers indirectly.
The mid-section technique may be used to test the fineness of various fibers, however for crimped fibers, the crimp can only be reliably determined, and it is commonly used for cotton fibers or non-crimped chemical fiber filaments.
Fiber fineness tester

JN-B Series Torsion Balance
The JN-B Series Torsion Balance is a sensitive, precise measurement instrument for weighing small objects. It is used in the fields of electronics, textiles, metallurgy, agriculture, and industrial, among others.

Y171 Series Fiber Cutter
Fiber Cutter is designed to cut fiber, yarn, cotton, and other materials into cross-sectional slices for microscopic analysis.

Y175 Series Cotton Fineness Meter/Micronaire Tester
To assess the micronaire value of cotton fiber, the Y175 Series Cotton Fineness Meter/Micronaire Tester is employed. Using the balance, weigh out a test specimen of the correct mass for the airflow instrument (8g); pack the test specimen evenly into the compression cylinder, then insert the compression plunger. Force air through the specimen at the proper pressure for the air flow instrument using the air pump or other suitable means, and record the reading on the scale.

YG002C Series Computerized Fiber Fineness Analysis System
In laboratories, the YG002C Series Computerized Fiber Fineness Analysis System is used to swiftly determine fiber diameter or sectional area. The device connects an optical microscope and a computer using a high-resolution industrial camera. Professional analysis software can analyze fiber diameter and sectional area, as well as determine the percentage of each fiber in blended fiber.

Y172 Fiber Microtome（Hardy）
To create fiber cross sections ranging in thickness from 20um to 100um for microscopic inspection, measurement, and identification.

ZK100F Fiber Fineness Tester (Vibroscope Method)
The vibroscope method may be used to estimate the linear density of a single fiber using the ZK100F Fiber Fineness Tester (Vibroscope Method). It is widely used in chemical fiber, textile, and other manufacturing industries, as well as testing laboratories and scientific research facilities.
The basic concept is to compute and display the linear density of a single fiber based on its natural vibration frequency under particular vibration length and stress conditions.

Y145A /B Wool Fineness Meter
The Y145A Wool Fineness Meter is used to detect the fineness of wool fiber by micronaire value, which is calculated by the value of disordered wool fiber air resistance. The Y145B Wool Fineness Tester is widely used to test the fineness of wool using the airflow approach in wool purchase inspection, production, and commerce.

Effect of fiber fineness on fibers, yarns and fabrics
Uneven fineness will lead to uneven yarn and yarn defects, but on the other hand, having a certain different linear density is beneficial to the formation of certain qualities of yarn.

To the fiber itself
 The specific surface area, adsorption capacity, and dyeing qualities of the fiber are all influenced by its thickness.
 The thickness of the fiber causes an increase in its bending stiffness, point contact area, and rigidity, as well as a sticky and chilly feeling.
 Variations in the fineness of individual fibers will result in variations in their mechanical characteristics.
 Variations in the fiber's fineness might result in the fiber's mechanical weakness.

Effect on yarn quality and spinning process
Relationship with yarn strength:
The finer the fiber, the higher the yarn strength, provided all other factors remain the same.
Connection to yarn evenness:
The finer the fiber, the more equal the yarn will be under the same circumstances;
It is possible to spin fine and homogeneous fibers into finer yarns with the intention of guaranteeing the yarn's quality.
Connection to the spinning procedure:
When processing to create neps and short fibers, finer fibers are more easily bent and broken.

Effect on fabric
The texture and functionality of the fabric will be significantly impacted by the fineness of the fibers used. For example, materials for undergarments should be comfortable and soft; finer fibers may be used for this purpose; fabrics for outerwear should be firmer; thicker fibers can be used in general.

ADDRESS: ROOM 1405#-1409#, TIANYI INTERNATIONAL BUILDING, NO.19 TIANBO ROAD, GAOXIN DISTRICT, HEFEI, CHINA
Phone: +86-551-68 105003
Phоnе: +86-551-68 105006
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Email: sales@fyitester.com
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Website: https://fyitester.com/

FYI is a leading рrоduсеr and mаnufасturеr оf Textile Tеѕting Inѕtrumеnt. Thеу аrе the bеѕt textile testing inѕtrumеnt ѕuррliеrѕ, ѕuррlу bеѕt ѕоlutiоn for Tеxtilе Tеѕt. Its range соvеrѕ Fabric Tеѕting, Fibеr Tеѕting, Color Fаѕtnеѕѕ Tester, Tеnѕilе Tеѕt, Univеrѕаl Tеѕting Mасhinе, Dуеing Machine, Finiѕhing mасhinе, еtс.

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