This research aims to develop innovative packaging and product from silk of Na Pho Buriram and to transfer technology and develop innovative packaging format silk products Na Pho Buriram To develop community standard include Textile products and souvenirs. Population and sample in this research is Silk Weaving Group Ban Na Pho Buriram province. The research is the silk Na Po Box packaging requirements the format of the packaging box branded the symbol of the initiative of HRH Princess Sirindhorns. Chakri. Thailands symbol Emboss gold Focus style simple Product details and specifications about the history of a plate inserted inside a detailed specification of the graphics package by community standard (the assistant) in the packaging textile. The graphics on the packaging using the copier The printer on paper and stickers are saving strategies and to reduce production costs in accordance with the potential and the resources available within the community. The main materials used for the construction of the packaging is paper the material consists of a ribbon rope and plastic sheeting. Method of producing packaging structures are molded by hand and structural packaging not glued.

This research studies dyeing with Thai herbs for UV protection properties in textile products applications and aimed to: study procedures and techniques for this; investigate the use of herbal plant for UV protection; study UV protection properties in fabrics dyed with Thai herbs that can protect against UV rays. The process involved dyeing from natural surplus materials (militia kityana leaves lemongrass leaves and areca palm seeds) extracting the dyes for use in silk dyeing with a mordant to increase the affinity of the dye and fiber then rating the percentage of UV light blocked. Finally the fabric was used to design clothes as a prototype for five Muslim outfits. The research team chose dyed silk fabric with the percentage of UV light blocked are 95.67 – 96.24 which is in good to excellent protection level. Five outfits were designed for this study: 1) Silk dyeing with dyes extracted from the lemongrass leaves – using the first method of fabric dyeing with clear muddy water 1% as mordant 2) Silk dyeing with dyes extracted from lemongrass leaves – using the fourth method of fabric dyeing with the fabric fermented for 30 minutes in mud before dyeing 3) Silk dyed with dyes extracted from areca palm seeds – using the first method of fabric dyeing with 3% tamarind water as mordant 4) Silk dyed with dyes extracted from areca palm seeds – using the fourth method of fabric dyeing with the fabric fermented for 30 minutes in mud before dyeing and 5) Silk dyed with natural dyes extracted from militia kityana leaves – using the first method of fabric dyeing with 1% tamarind water as mordant.

Study of Natural Dye from Golden Shower Pod for Development of UV Protection on Textile Product aimed to examine natural dyes obtained from Golden Shower Pod to produce naturally dyed fabrics as products. According to the research it was found that cationic additives which were soaked in a ratio of 20 grams per liter and boiled at 100 degrees Celsius for 20 minutes could help enhance the intensity of fabric dyes and the mordant used in this research which was soaked after dying was copper (ll) sulfate at concentration of 10 grams per liter for 30 minutes. According to appropriate tests the value of ultraviolet rays was excellent the dye fastness to artificial sunlight was moderate the abrasion was very good the dye fastness to acidic perspiration was good the dye fastness to alkaline perspiration was less and the dye fastness to water was good. According to the questionnaires returned it was found that the sample was interested in knitted apparel products most demands in the shade were darker tones and the apparel design concept chosen was mini dress with 1960s vintage style by matching dark and light brown of natural dyes of Koon pods. According to the assessment of satisfaction towards the products made from UV-resistant fabrics it was found that the form of products that are suitable to wear everyday was highest (58 percent) the form of the products that are appropriate for women in the age range 20-30 years was highest (66 percent) the arrangement of light - dark dyes of fabrics was highest (42 percent) the appropriateness of colors of embroidery threads was highest (58 percent) the appropriate relationship between patterns colors of embroidery threads and colors of fabrics was highest (76 percent) the appropriate placement of patterns was highest (40 percent) the appropriate size of patterns was highest (48 percent) the appropriate rhythm and continuity of patterns was highest (36 percent) the overall usability of products made from natural dyes that can block ultraviolet radiation was highest (82 percent) the appropriate relationship between embroidery patterns materials and fabrics was highest (12 percent) and the products (apparel) that can be worn at any occasion was highest (52 percent).

This research aims to experiment with natural dye from the longan leaves Color fastness UV protection Designed textile products from Textile dyeing of longan leaves. and to teach the dye from longan leaves for design and processing of textile products to the community under the concept of the creative economy. The study consisted of two parts The first part is Color fastness and UV protection from fabric dye from longan leaves. The second part is Designed textile products from Textile dyeing of longan leaves. The research area at Yu Wa San Pa Tong district Chiang Mai province area planted with longan. This research is part of the solution to the problem of waste longan leaves. In addition farmers have to produce compost leaves and fruits are often destroyed by the fire. Impact on air pollution and Haze occurred in Chiang Mai now. Natural dye extracted from longan leaves was applied to a silk fabric by exhaustion dyeing process. Aluminium potassium sulfate ferrous sulfate copper sulfate and stannous chloride were used as mordants. The dyeing was conducted with and without metallic salt mordants using three different mordanting methods pre-mordanting meta-mordanting and post-mordanting. The colour of each dyed material was investigated in term of the CIELAB (L* a* and b*) and K/S value. The color fastness to washing rubbing perspiration light and water of the dyed samples was determined according to ISO test method. The results show that the optimal results were achieved when dyeing at 80 ?C for 50 minutes and at pH 3. Silk fabric dyed in a solution composed of a Longan from leaves without mordant showed a shade of pale yellowish-brown while those mordanted with stannous chloride alum and copper sulfate produced a variety of medium to dark yellowish-brown color shades. However duller and darker brown shade was obtained with ferrous sulfate mordant. The color fastness to washing water perspiration and rubbing were good to very good. However the light fastness results showed fair level except fabric without mordanted whose colour change rating was poor. The results confirmed that natural dyes from longan leaves extract with metal mordants have potential applications in fabric dyeing and in producing very good UV-protective silk fabrics. The second part is research data collected from literature research related research and field data was collected by interviewing recording a career field research brainstorming sessions and participatory action research between the villagers to researchers. The findings presented by descriptive analysis. The result is Textile product design of longan leaves dyed fabrics must take into account the capacity of the group. The villagers have restrictions on the production of textile products. There is no potential for forming other products. In addition to the garment as well as the group was started. The natural dyes of the longan leaves is new knowledge for the group. Therefore textile products in the early to conclude that the textile products the group members have expertise in manufacturing mens casual shirts ladies casual shirts and scarf. Create patterns with a variety of tie-dye technique. The silk material used as the main material used is cotton minority. Users is a group of conservative tastes nature lovers and those with artistic taste. The procession design and production-oriented textile products are Green Design

The objectives of this study were (1) to find out the Karen weaving in the style of Karen Tapernki Suphan Buri and (2) to study the design and color used for Karen fabric weaving. Interview was the selected instrument to find out the information relating to Karen fabric weaving. The sample was Karen weavers from Tapernki Suphan Buri. The finding illustrated that the popular patterns for weaving were “Chok” and “Kid”. Geometric figure such as “Ne-Oun- Ge” “A-Ku-Sa” “Cher-Tuk-Ke” “Cha-Mi-Ta” and “A-Kor-Tai” were the popular patterns for weaving as well. The color chosen for weaving were both synthetic color and natural color. These were the old patterns inherited by Karen. The research show the result that the sample’s demand was bag made for woman. The pattern of the weaving was inspired by the concept of Art Deco which characterized by spire decorations and furniture. The researcher applied the concept of Art deco with the Karen weaving which characterized by geometric design. By bring the color trend in year 2014 to choose the weaving tone. Dyed fabric in natural color was chosen in order to be proper with Art Deco concept. The evaluation of the sample was satisfy with Karens textile products by Karens Tepernki Suphan Buri were as follows: (1) the design of the product was 65% fitting for Art Deco concept; (2) the design of the products was 57% in vogue; (3) the color design of the products were 60% fitting; (4) the color of the products were47% conform with the color trend of year 2014; (5) woven Karen fabric was 51% fitting for accompanying with PU leather; (6) the strength of woven Karen fabric accompanied with PU leather was 39%;(7) The products was 45% proper for the purposes of using; and (8) the size of the products was 58% proper for storage.