The purpose of this research was for studied of The Development of Indian Women dresses of Punjabi style made by weaving cotton fabric from the North-eastern part of Thailand. These Studied are explored the satisfaction to the development of Indian Women dresses of Punjabi style made by weaving cotton fabric from the North-eastern part of Thailand. This research was Quasi-Experimental Research Selected among of 250 people sampling groups were Indian women or Thai women with Indian nationality who live in Bangkok by Accidental Sampling and analysis the information by SPSS computer program by a method of frequency percentage mean standard deviation and tCtest. The research result founded that the sampling group of people were married and under 30 years old who educated undergraduate degree or equal level. They were house wives with made and income 15001- 20000 per month. Their reason is appropriate and could wore them into the social occasions many else though. The results obtaining from studying the satisfaction in development of Indian womenns dresses of Punjabi style by using the hand C woven cotton fabrics from the north C eastern part of Thailand of types touching surfaces colors patterns/stripes. The total Mean as compared with the satisfaction of dresses was found as follow : Hong stripes Knid cotton fabrics had mean and its highest satisfaction being at a high level and as compared with the common data of such ; age education occupation income the satisfaction of Indian Women dresses of Punjabi style made by weaving cotton fabric from the North-eastern part of Thailand such as the touching surfaces colors the different at .05 statistics level. The another satisfaction the common data of such ; age education occupation income the satisfaction of Indian Women dresses of Punjabi style made by weaving cotton fabric from the North-eastern part of Thailand such as the touching surfaces colors the different at did not different at .05 statistics level. The satisfaction is not different patterns/stripes of fabrics but age education occupation income is different.

The research of development Fancy yarn from Banana fiber and cotton fiber blend to seek Ratio of Banana fiber and cotton fiber to sliver by ROLLER CARD was found that Blending Banana fiber and cotton fiber at 20 : 30 30 : 40 40 : 60 and 50 : 50 to able to spin as sliver. Due to the quantity of Banana fiber there are quantity of yarn less than or equal with cotton fiber it made both fibers can cling together. In the parts of the suitable sliver laying direction to contain to the GAREBO YARN TUBE was found that the suitable laying direction to contain to the GAREBO YARN TUBE to find that the suitable Sliver laying direction is the longwise laying direction of GAREBO YARN TUBE because Sliver laid down orderly and was not overlay so it can easy draw thread and continues spin yarn. About Ratio and weight of sliver in GAREBO YARN TUBE that was affect to Fancy yarn spinning as SLUB YARN was found that the qualification of thread for seeking yarn twist yarn strength and Elongation (Percentage) of Banana Fiber: cotton Fiber 20:80 was found that the weight of Sliver 20 grams have yarn twist (turn/inches) mean 10.8 (Newton) of sliver 40 grams mean 6.27 and Elongation (Percentage) of sliver 30 grams mean 4.45. Banana Fiber : cotton Fiber 30:70 was found that the weight of Sliver 30 grams have yarn twist (turn/inches) mean 10.9 (Newton) of sliver 30 grams mean 7.68 and Elongation (Percentage) of sliver 30 grams mean 4.93. Banana Fiber : cotton Fiber 40:60 was found that the weight of Sliver 40 grams have yarn twist (turn/inches) mean 10.5 (Newton) of sliver 20 grams mean 6.20 and Elongation (Percentage) of sliver 40 grams mean 4.76. Banana Fiber : cotton Fiber 50:50 was found that the weight of Sliver 20 and 40 grams have yarn twist (turn/inches) mean 10.9 (Newton) of sliver 30 grams mean 6.07 and Elongation (Percentage) of sliver 20 grams mean 5.09. Banana Fiber : cotton Fiber 60:40 was found that the weight of Sliver 20 grams have yarn twist (turn/inches) mean 11.2 (Newton) of sliver 40 grams mean 5.34 and Elongation (Percentage) of sliver 40 grams mean 4.57.

The aim of this research was to improve the durable press finish process on cotton fabric with non-formaldehyde finishing agents. The mercerization of cotton fabric was carried out by 30 Be’ NoOH at 20 C before finishing. The mercerized fabric was finished by padding in the mixture of 4% (w/v) BTCA 0.4% (w/v) chitosam and 6% (w/v) sodium hypophosphite then dried at 85 C for 5 min. The treated fabric was cured at 180 C for 3 min. The finished fabric showed wrinkle recovery angle at 262  tensile strength at 281 N and elongation at break at 34.8 mm. The result showed that the combination of mercerization process and chitosan supported the crosslinking of BTCA on cotton fabric and reduced the loss of tensile strength of finished fabric.

In the current practice cotton fabric is predominantly dyed with direct dyes in the presence of a considerable amount of electrolyte (Salt) to reduce negative charge on fiber surface. Thus the high concentration (40-100 g/l) of electrolyte required in cotton fabric dyeing may pose additional effluent problem and waste water treatment costs. The use of polycationic agent to modify the dyeing behaviour of direct dyes on cotton fabric is investigated. Normally polycationic agent had been treated on dyed fabric to improve fastness properties. The comparison of untreated and pretreated cotton fabric was found that the polycationic agent offers the potential for different dyeing patterning possibilities. The dyes was fixed on the fiber by ionic force. So color strength and exhaustion of pretreated fabric was better than untreated fabric and increased in fastness properties even when dyeing had been carried out in the absence of electrolyte. The purpose of the present work was to determine whether the pretreatment of cotton fabric with polycationic agent could enhance the dyeability of the fiber with direct dyes under appropriate condition such as assuming a positive charge on fiber which permitted “electrolyte-free” dyeing after modification without drain and helped reduce dyeing cost.

The research of development Fancy yarn from Banana fiber and cotton fiber blend was conducted to seek Ratio of Banana fiber and cotton fiber for making sliver by ROLLER CARD. It was found that blending banana fiber and cotton fiber at 20: 30 30: 40 40: 60 and 50: 50 was able to be spun as sliver. Due to the quantity of Banana fiber there were quantity of yarn less than or equal with cotton fiber it made both fibers cling together. In the parts of the suitable sliver laying direction to contain to the GAREBO YARN TUBE was found that the suitable laying direction to contain into the GAREBO YARN TUBE could make sliver easily draw and continue spinning yarn. About Ratio and weight of sliver in GAREBO YARN TUBE that was affect to Fancy yarn spinning as SLUB YARN was found that the qualification of thread for seeking yarn twist yarn strength and Elongation (Percentage) of Banana Fiber : cotton Fiber 20:80 was found that the weight of Sliver 20 grams have yarn twist (turn/inches) mean 10.8 (newton) of sliver 40 grams mean 6.27 and Elongation (Percentage) of sliver 30 grams mean 4.45. Banana Fiber : cotton Fiber 30:70 was found that the weight of Sliver 30 grams have yarn twist (turn/inches) mean 10.9 (newton) of sliver 30 grams mean 7.68 and Elongation (Percentage) of sliver 30 grams mean 4.93. Banana Fiber : cotton Fiber 40:60 was found that the weight of Sliver 40 grams have yarn twist (turn/inches) mean 10.5 (newton) of sliver 20 grams mean 6.20 and Elongation (Percentage) of sliver 40 grams mean 4.76. Banana Fiber : cotton Fiber 50:50 was found that the weight of Sliver 20 and 40 grams have yarn twist (turn/inches) mean 10.9 (newton) of sliver 30 grams mean 6.07 and Elongation (Percentage) of sliver 20 grams mean 5.09. Banana Fiber : cotton Fiber 60:40 was found that the weight of Sliver 20 grams have yarn twist (turn/inches) mean 11.2 (newton) of sliver 40 grams mean 5.34 and Elongation (Percentage) of sliver 40 grams mean 4.57.