Method and apparatus for cutting stainless steel fibre bundle

A fiber tow, stainless steel technology, applied in the direction of fiber bundles into fiber sliver/yarn, drafting equipment, textiles and papermaking, etc. problems, to achieve the effect of avoiding scattered loss, less broken ends, and reduced loss

Active Publication Date: 2005-07-27
TEXTILE INST JIANGSU PROVINCE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the slivers produced by these methods are prone to problems such as unevenness, fluff, uneven distribution of stainless steel fibers, and easy elongation and breakage of the slivers; , high p

Method used

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  • Method and apparatus for cutting stainless steel fibre bundle
  • Method and apparatus for cutting stainless steel fibre bundle
  • Method and apparatus for cutting stainless steel fibre bundle

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0030] Raw materials used: the conventional fiber strips are polyester strips, with a basis weight of 1.47 g / m; the selection and technical indicators of metal fibers are shown in Table 1. When the draft change gear K=39 T , the drafting multiples and calculations are as follows, and the quality of the core-spun strips after drawing is shown in Table 2.

[0031] Single fiber average equivalent diameter / μm

6

Tow weight / gm -1

3

Number of tows / root·bundle -1

12500

[0032] Main draft ratio (middle roller to rear roller): 39 84 · 95 25 · 31 28 · 28 28 = 1.9533 Formula 1

[0033] Tension draft ratio (converging rollers to front rollers): 40 35 · 28 31 ...

Embodiment 2

[0037] Raw material usage: the conventional fiber slivers are cotton slivers with a basis weight of 2.24 g / m; the selection and technical indicators of metal fibers are shown in Table 3. When the draft change gear K=36 T , the main drafting ratio is 1.8031 times, the tension drafting ratio is 1.0323 times, and the total drafting ratio is 1.8613 times.

[0038] Single fiber average equivalent diameter / μm

[0039] composition

Embodiment 3

[0041] Raw materials used: the conventional fiber strips are polyester strips, with a basis weight of 2.24 g / m; the selection and technical indicators of metal fibers are shown in Table 5. Conventional fiber strips, quantitatively 2.5 g / m; when the drafting conversion gear K=47 T , the main draft ratio is 2.3540 times, the tension draft ratio is 1.0323 times, and the total draft ratio is 2.4300 times.

[0042] Single fiber average equivalent diameter / μm

[0043] composition

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PUM

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Abstract

A method for draft-breaking the stainless steel fibre tow used for weaving the stainless steel fibre fabric features that the stainless steel fibres and drafted for breaking them to obtain the fibres with the proper length distribution suitable for spinning technology. It is possible that the broken stainless steel fibres are wrapped by conventional ribbon. Its apparatus is the reformed double.

Description

technical field [0001] The invention relates to the textile industry, in particular to a method and device for pulling and cutting stainless steel fiber tow. Background technique [0002] Stainless steel fiber filament bundles cannot be directly used for ring spinning. In order to adapt to spinning production like conventional fibers, it needs to be pretreated before spinning to cut and break the stainless steel filament bundles. At present, special drawing and cutting equipment is generally used to cut stainless steel filament bundles into stainless steel fiber pulling and cutting strips. The way of stretching and cutting has separate strip making; some stainless steel fibers are cut into short fibers and then used, such as patent CN 1044983C; there are also mixed stretching and cutting mixed with other fibers into strips (production of blended fibers) product use). However, the slivers produced by these methods are prone to problems such as unevenness, fluff, uneven dist...

Claims

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Application Information

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IPC IPC(8): D01G1/08D01H5/22D02G3/12D02G3/36
Inventor 王丽敏丁欧承志伟周仪
Owner TEXTILE INST JIANGSU PROVINCE
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