Apparel manufacturing technology by T. Karthik, P. Ganesan, D. Gopalakrishnan

By T. Karthik, P. Ganesan, D. Gopalakrishnan

This publication goals to supply a vast conceptual and theoretical viewpoint of clothing production procedure ranging from uncooked fabric choice to packaging and dispatch of products. extra, engineering practices in an clothing for creation making plans and keep an eye on, line balancing, implementation of business engineering options in clothing production, advertising actions and garment costing were incorporated, and they're going to function a origin for destiny clothing pros. The booklet addresses the technical facets in each one part of garment production procedure with thought of caliber points. This publication additionally covers the construction making plans approach and creation balancing activities.

It addresses the technical elements in every one component to garment production method and caliber elements to be thought of in each one approach. Garment engineering questions every one process/operation of the full paintings content material and will decrease the paintings content material and elevate profitability by utilizing leading edge equipment of building and know-how. This booklet covers the creation making plans method, construction balancing actions, and alertness of business engineering suggestions in garment engineering. extra, the promotion actions and garment costing approaches will take care of a few functional examples. This booklet is essentially meant for fabric know-how and type know-how scholars in universities and faculties, researchers, industrialists and academicians, in addition to pros within the clothing and cloth industry.

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Knit (T-shirt, sweater) b. Woven (shirt, suitings and denim) c. Nonwoven (diaper, socks) 2. Season: a. Winter (jacket) b. Summer (tank top) c. Spring (singlet) d. Autumn (shirt) e. Late Autumn (shirt (design)) 3. Events: a. Party (fashion wear) b. Active (regular wear) c. Evening gown (outfit) d. Night (soft fit) 4. Application: a. Formal (collar shirt) b. Swimwear (bikini, cover ups) c. Sportswear (trouser) d. Lingerie (inner wear, sleep wear) 5. Method of manufacture: a. Readymade (complete) b.

An example of this is the difficulty entailed in sewing some fabrics with certain types of ornamentation. Some working characteristics, such as seam strength, are measured by durability limits (Mehta 1992; Kumar and Phrommathed 2005; Thomassey and Happiette 2007). They are classified as working characteristics because the characteristics are either the reaction to, or the vital part of, an apparel production process. The working characteristics of a fabric are 1. 2. 3. 4. 5. 6. Coefficient of friction (cutting, sewing, pressing and packaging) Sewed seam strength Sewed seam slippage (yarn slippage) Sewing distortions Yarn severage Bondability strength (fused, cemented and heat-sealed seams) 24 Apparel Manufacturing Technology 7.

6. 7. Abrasive strength Bursting strength Corrosive strength Dry cleaning durability Fire resistance Launder ability Moth resistance Introduction to Apparel Industry 8. 9. 10. 11. 23 Radiation absorption strength Tearing strength Tensile strength Yarn severance Abrasive strength is the measure of rubbing action necessary to disintegrate the fabric. Bursting strength is the measure of vertical pressure, against a fabric area secured in space, necessary to rupture the fabric. Corrosive strength is the measure of chemical action, acid or alkaline, necessary to disintegrate a fabric.

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