Complete Weave
A complete weave is the smallest unit of weave structure in which the over-and-under interlacing of warp and weft in a woven fabric makes one full cycle and repeats the same interlacing sequence.
Contents6 sections
Definition and Overview
A complete weave is the unit that represents, in the smallest necessary range, the interlacing of warp and weft that makes up a weave structure. By repeating this unit in the warp direction and weft direction, the structure of the entire fabric is formed. In a weave diagram, the number of warp and weft yarns is shown in square cells.
Basic weaves such as plain weave, twill weave, and satin weave each have their own complete weave. A complete weave is not the product name of a fabric; it is a fundamental concept for designing and specifying the weave method.
Relation to Hand Feel and Appearance
The size of the complete weave and the order of interlacing are related to the length of float yarns, the appearance of the weave, and the degree to which the yarns are held in place. In general, a structure with many interlacing points tends to feel more stable, while a structure with longer floats tends to give a glossy and flexible impression.
However, hand feel, thickness, strength, breathability, and luster are not determined by the complete weave alone. It is necessary to check the type of fiber, yarn thickness and twist, warp and weft density, and finishing together.
How It Is Used in Applications and Design
Complete weave is used in designing a wide range of woven fabrics, including shirt fabrics, suiting fabrics, denim, lining fabrics, and interior fabrics. However, applications are determined not by the complete weave itself but by combining the weave with the material, fabric weight, density, and processing.
In planning and production, the arrangement of warp and weft yarns, combinations of colored yarns, and the repeat of the pattern are examined based on the weave diagram. Even in solid fabrics, the surface texture changes depending on the weave, so the weave sample and the actual fabric are checked together.
- A smaller complete weave tends to produce a relatively even and fine texture.
- A larger complete weave makes it easier to design a patterned or three-dimensional appearance.
- When colored yarns are used, the repeat unit for the weave and the color arrangement should be examined separately.
Selection and Handling Notes
When selecting fabric, do not judge by the name or size of the complete weave alone; check the blend ratio, density, fabric weight, finishing, and shrinkage rate. Even with the same weave, if the material differs, such as cotton, wool, or polyester, the dimensional change after washing and ease of handling will change.
In cutting and sewing, it is important to align the twill direction, weave pattern direction, and grain line. With structures that have long floats or coarse structures, snagging, float yarn pull-out, and seam slippage may occur, so needles, thread, stitch count, and seam allowance should be checked in advance according to the fabric.
Shrinkage and skew after washing cannot be predicted by the weave alone. Before mass production, carry out a washing test on the roll or a sample product, and if necessary, consider straightening the grain, pre-washing, and allowance for shrinkage in the pattern.
Differences from Similar Terms
A weave diagram shows the interlacing of warp and weft in diagram form. A complete weave refers to the smallest unit within that diagram that serves as the basis for repetition. A design diagram is used to represent design content including the weave pattern, and may handle broader design information than a complete weave.
Plain weave, twill weave, and satin weave are types of weaves. In contrast, a complete weave is a concept that indicates the unit for repeating a specific weave. Also, a pattern repeat mainly refers to the unit in which a pattern repeats, and may not match the repeat unit of the weave.
Frequently Asked Questions
What is the difference between a complete weave and a weave diagram?
A weave diagram is a diagram that shows where warp and weft interlace using squares or similar marks. A complete weave refers to the smallest unit in that diagram that repeats the same interlacing order. In some weave diagrams, the complete weave is drawn repeated.
Does a larger complete weave make the fabric thicker?
The size of the complete weave alone does not determine fabric thickness. Thickness is affected by yarn thickness, fiber type, warp and weft density, floats created by the weave, finishing, and other factors. In weave design, it is necessary to confirm this through actual trial weaving or fabric samples.
Is a complete weave related to shrinkage after washing?
The weave affects yarn restraint and how the fabric moves, so it is one factor in shrinkage. However, the shrinkage rate varies greatly depending on the material, yarn properties, density, dyeing and finishing processes, and washing conditions. Do not judge shrinkage by the weave name alone; check the test results.
