Braiding Technology for Textiles Principles, Design and by Yordan Kyosev

By Yordan Kyosev

Braided materials are made by means of interlacing yarns or strips of material. Braiding produces quite a lot of buildings for technical fabric functions from clinical sutures to cables for anchoring ships. Written by means of one of many world’s major specialists within the box, the booklet experiences the elemental ideas, layout and methods utilized in braiding. The ebook additionally discusses specialized braiding ideas comparable to spiral braiding and lace technology.

  • Provides an effective beginning within the basics of braiding layout, tactics and machinery
  • Covers the patterning of braided items and the structural and color layout of either flat and tubular braids
  • Reviews maypole braiding machines and mechanics

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Additional resources for Braiding Technology for Textiles Principles, Design and Processes

Sample text

In the case of Fig. 23, the carriers A and D change their places during the next rotational step. 22 Wooden carriers. 23 Principle of motion of the carriers in a pillow lace machine. 24 Machine-produced pillow laces. Usually such machines have jacquard control of the horn gears, and each of these can receive the command to rotate or not, independently of the other horn gears. The rotation is possible only if both the neighbouring horn gears of the selected one are fixed during that time. Examples of machine-produced laces are presented in Fig.

Only the yarn pieces interlacing the parallel yarns are at an angle. This different orientation leads to the completely different mechanical properties of these products. More details about the spiral braiding can be found in Chapter 11. 4 Lace braiding If the dancers in the maypole dance, or respectively the carriers, can stop at some place and are able to switch to another track, then significantly more interlacement types between the yarns would be possible. 22). Braiding of this type is known as “pillow laces braiding,” and is used for producing laces for underwear, ladies accessories, home textiles, etc.

12. With industrial braiding, the machine element equivalent to this dancer is called a carrier, and the path of the carrier is called the track. If the motion of the dancers/carriers is analysed carefully, it can be seen that all dancers/carriers in one direction are following the same track, while the dancers/carriers in the opposite direction follow the opposite track. Thus, for tubular braiding, there are two tracks and two systems of carriers. 11 Tubular braid with core and inlay yarns (triaxial).

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