This research was concerned a printing on cotton fabrics with dye powder from mangosteen rind. In this study the dye powder was composed of dye’ s solution extracted from mangosteen rind and maltodextrin 15 % . The dye powder was applied to a cotton fabric by screen printing technique and a pigment based print paste was used as a print paste in the printing process. Aluminium potassium sulphate (AlK(SO4)2·12H2O )and Iron (II) sulphate (FeSO4·7 H2O) were used as mordants in post-mordanting process. The influences of mordanting on colour appearance and fastness properties of printed fabrics were investigated. The colour fastness to washing and rubbing of printed fabrics was performed according to the present ISO standard. The results show that the post- mordanting can improve the colour fastness properties of printed fabrics. The ratings of colour fastness to washing and rubbing of the printed fabrics with the mordant were good. The appropriate amount of the mordant is 5 grams per liter and duration in the range of 5 minutes to 15 minutes seem to be a suitable time for the post- mordnating process. The type of mordant produced an effect on the colour appearance of the printed fabrics after mordanting.

This research is to study and develop natural pulp materials for packaging. This is the agricultural waste. To benefit commercially To build capacity and capability in economic development and environmental conservation Is the creation of packaging work Formed in sheets and shapes using natural materials such as mulberry paper pineapple paper. And banana paper Then design and create the packaging. To test the properties. According to the standard packaging. They also sought satisfaction in the form and use of natural pulp materials. Include the packaging according to the case study. Research indicates that When developing pulp quality The banana paper can not be printed. Can print lines. But screen printing is not suitable for banana paper. Foil printing case when mulberry paper and pineapple paper Foil printing Printing lines Can be done well on mulberry paper and pineapple paper. Death images can be printed on all three types of paper but the screen is not good. Sealing material from natural pulp onto corrugated paper. From the test it was found that the amount of adhesive that was suitable for sealing was between 20-30 mg. If the adhesive was less than 20 milligrams only mulberry paper was sealed. The amount of glue at 50 milligrams is the amount of glue is too high causing all three types of paper to rot. Because of the adsorption of glue to the pulp. Packaging material from natural pulp. Fold of banana paper that does not pass the test. The banana paper is high in strength. When folding the packaging causes the pulp to split along the crease. Can not be molded. Evaluation of the satisfaction with the form and use of packaging materials from natural pulp. It was found that the average value of paper pulp suitable for packaging materials from natural pulp was the most agreeable paper. Secondly paper shreds are very popular and the last one is banana paper. Moderate agreement

This research had an aim for studying the printing process of LACCIFER LACCA KERR. (LAC) on cotton and polyester fabric. The Lac dye was extracted by using Sodium hypochlorite solution Sodium hydroxide Hydrogen peroxide and diethyl ether then Acetic acid was used for dye sedimentation. Thenthe printing condition and color fastness to washing crocking and light were examined. The efficiency of solution for extraction process were found Diethyl ether > Sodium hypochlorite solution > Sodium hydroxide > Hydrogen peroxide respectively. The hot air was suitable fixation process for cotton and polyester printing. The cotton fixation was 150oC for 5 minutes it is 11.87 in color strength. And the polyester fabric was fixed at 220oC for 3 minutes the 8.27 color strength was shown. The both of cotton and polyester were printed with Lac dye had the good color fastness to crocking and light and moderate in washing fastness. This study can apply the Lac dye on cotton and polyester fabric by a printing technique without mordanting. Then it can reduce some chemicals in the textile printing industry. This process can applied and transfer for small enterprise for Lac value added appication.

This research aimed to (1) study pattern from ancient fabrics (2) to study design of women’s apparel by digital printing techniques and (3) study the satisfaction women’s apparel in 3 designs consisting of printed fabric with four-petaled diamond design in a trellis pattern Printed fabric with design in a puttern pattern. The population was 100 assessors within the age range 35 - 40 yearn in Phra Nakhon Bangkok. The research instrument was a questionnaire. Data were statistically analyzed for Percentage Mean and Standard Deviation. Results showed that most respondents ages 31 - 35 years being single earning from 15000 - 25000 bath. Most got bachelors degree Working private business and used to use women’s apparel by printed fabric choose to buy/use your own style purchase from the opportunity to be used motivated by personal preferences and selection issues from shapes. The satisfaction of the respondents towards womens apparel products has a high level of average in all 3 products according to the following average values: shawls with an average of 4.10 shoulder bags with an average of 4.03 and hats with an average of 3.72. The decision to buy when the product is released. Interested in choosing to order products online most. The products that are most interested in buying are shoulder bags. The pattern that is most interested in buying is diamond design in a trellis pattern. The factors that make the decision to buy the most are the pattern and colour of the product.

The project of design and development of textile product using wrap yarn printing with natural dyes by silk screen technique. The purpose of this study was to find out the silk screen printing technique for patterning on Ikat or Mud Mee textile. Due to the complicated Mud Mee process for patterning the design on Mud Mee textile silk screen printing was chosen because of its convenience and rapidity. Silk screen printed on warp yarn with dyed weft yarn created the plain weave pattern. Pattern design was inspired by the natural form of vortex. Such form was applied with silk screen printing technique with extract of natural dye from jackfruit heartwood. The research showed that the product interested the sample was home textile product by using for bedroom which designed using home textile design principle. Three tone of color were chosen for warp yarn by screen printing technique such as red colour from lac blue colour from natural indigo and yellow colour from jackfruit heartwood . Weft yarn were dyed with lac and natural indigo using cationic agent. The cationic agent using before mordanting along with dying by 5 g/l aluminum potassium sulfate (alum) which is the best result because the outcome colors were intense and bright like vermilion and natural indigo. The color extracted from jackfruit heartwood was used for silk screen printing process. Color extracted from jackfruit heartwoodwas in the form of powder color integrated with 4% sodium alginate. The viscosity was optimize for printing. Printed warp yarn was dried at 120 °C. Weaving in plain weave pattern which created the strength structure of textile. Mordants with alum showed bright and intense color. The fastness tests were at good to excellent level for producing home textile product for bedroom application. From the questionnaire it was found that the satisfaction of the sample were as follows 54% printing fabric by printing of warp yarn is similar to Mud Mee weaving 58% textile made by printed warp yarn showed the identity of Thai color tone using for printing 80% weaving pattern design inspired by the form of vortex was suitable 84 % plain textile was suitable for weaving in the form of vortex 64 % the composition of the whole pattern of the products was suitable 86% the color of the pattern was suitable 70% the color of the weft yarn was suitable with the color of the pattern 76 % the size of the products was fitting and 92 % the products were suitable for the purpose of using.