MindMap Gallery Anti-splitting process improvement plan

Anti-splitting process improvement plan

This is a mind map about the anti-splitting process improvement plan. The main content includes: pattern optimization strategy, advanced process processing, and basic sewing technology improvement. The introduction is detailed and the description is comprehensive. I hope it will be helpful to those who are interested!

Edited at 2024-11-27 11:33:29

Mason·Carter

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Anti-splitting process improvement plan

Mason·Carter

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Outline

Anti-splitting process improvement plan

Improvement of basic sewing techniques

Suture selection

High strength sutures: It is recommended to use polyester filament thread (such as 40S/2 or 60S/2), which has good toughness and wear resistance and is suitable for fabrics that are prone to splitting. For light fabrics, choose long-staple threads that are thin but strong.

Stretch stitching: For elastic fabrics, elastic sutures with a certain degree of ductility (such as spandex-covered yarn) can be used to make the seams more supple and avoid stretching and tearing.

Needle selection

Suitable needle type

Light and thin fabrics such as silk, chiffon, etc.: It is recommended to use No. 9 or No. 11 Microtex Needles. The needle tip is thin and the penetration resistance is small.

Elastic fabric: Choose ballpoint needle to avoid fiber damage

Replace sewing needles regularly: worn or dull needle tips increase the risk of fabric tears

Adjust stitch length and sewing machine tension

Light and thin fabrics: The recommended stitch length is 1.5~2.5mm. Excessive stitch length will aggravate fabric tearing.

Heavy fabrics: The stitch length can be slightly larger (about 3mm) to reduce fiber damage caused by too dense stitches.

Reinforce key areas

Backstitch reinforcement: Backstitch 2 to 3 stitches at the beginning and end of the suture to enhance firmness.

Double-thread sewing: Use double-thread stitching or add auxiliary stitches in high-stress areas (such as shoulder seams, armpits, and crotch seams) to enhance strength.

Seam technology

Hemming stitching: suitable for light and easy-to-tear fabrics. Sew the fabric inside out once, then turn it over and sew from the back to hide the edge and increase the strength of the seam.

Piping stitching: Used on the edges or cuffs, using 3-fold piping technology to avoid fabric stripping and causing splitting.

Flat lock seam: fold and hide the seam edge before sewing. It is often used on thick fabrics such as denim to increase the tensile strength of the seam.

Z-shaped stitching: Add Z-shaped stitching on the surface to increase the stress-bearing area and tensile strength of the seam edge.

Advanced processing

Overlocking treatment

Three-thread or four-thread overlock sewing machine: Use an overlock sewing machine to overlock the edges to effectively prevent the fabric from stripping and avoid splitting at the source.

Heat sealing technology: For thermoplastic fabrics (such as polyester), heat cutting is used to seal the edges and fuse the fibers to prevent the edges from spreading when stretched.

Auxiliary materials

Sticky lining

Iron a lightweight, thin adhesive lining (such as a water-soluble or elastic lining) on the seam edge before sewing to enhance fiber strength.

Thick interlining can be added locally to the zipper area or high stress point

Reinforced by molding

Add auxiliary panels (such as twill panels or elastic strips) on both sides of the seam to relieve tension concentration

Special sewing equipment

Ultrasonic welding

For synthetic fabrics (such as non-woven fabrics or polyester), use ultrasonic welding technology to replace traditional stitching to avoid splitting caused by puncturing the fabric

Flat crimping equipment

Press the seams after sewing to make the seams smoother and firmer and reduce the concentration of external forces.

Layout optimization strategy

Increase seam allowance width

Adapt to fabric characteristics: It is recommended that the seam width for light and thin fabrics be at least 1.5CM, and for heavy fabrics, it can be appropriately increased to 2cm to ensure sufficient tensile resistance.

Adjust seam layout

Reduce high stress seams: During the design process, avoid excessive seams concentrated in areas with high activity such as shoulders and elbows, or improve durability by dispersing stress.

Curved seams: Some straight joints can be changed to curves or arcs to disperse the stress

Fabric reinforcement

Choose a fabric combination: For example, light silk can be spliced with soft knitted materials to enhance overall strength.

Pre-treated fabric: Pre-shrink fabrics that are prone to shrinkage (such as cotton and linen) to avoid tearing caused by pulling on the seams of the finished product.