The purposes of this research were Products development from hemp dying for Hub-Kra-Pong agricultural cooperatives limited. Phase 1) the experiment selected the appropriate characteristics of hemp fibers to the dying. Phase 2) the experiment was tie and dye method for appropriating characteristics of hemp fibers. Phase 3) design patterns in order to create product bags and hats design forms of 15 styles and chosen by the expert. The expert selected in each type 3 styles for making products to survey the product satisfaction. The education meet that. 1. The characteristics of fibers suitable for the dying is which braided can be formed into the product at all. 2. The experimental tie and dyeing methods to suit the characteristics of the fibers found that a thick tie dye and hot dry with direct dye suitable for using. 3. Design patterns to create bags and hats products. This research use patterns plant and animal types. 4. Results of the satisfaction of the respondents for bags and hats. Respondents were satisfied for styles and the colors used in dyeing of bags and hats in highest level

The purposes of this research were to study demand forecasting and production planning. The case study company manufactured the fish sauce product that was made to stock. To design the system the sale data was studied in order to choose the appropriate forecasting technique for the sale data. After using the system with the company case study it revealed that the prediction system can forecast the production of 1126570 units in July 2008 whereas the total sales were 1134322 units. The difference was equal to 2718 units or 0.69 percent of the actual sales which was a total cost of 116280 baht which was more equivalent to the actual sales predicted by a sole experienced decision maker who predicted the production at 1274098 units. The difference was equal to 139776 units or 10.97% percent of the actual sales which mean 2096640 baht of total cost

Bagasse is a load of waste of caster sugar industry about 20 millions tons per year over 80 percents are used to be fuel and raw materials for the other industries. Anyhow much more bagasse is abundant. Then attention in textile industry application. Because of biodegradable and environment friendly. This research was studied about fiber separation and shockproof production from the bagasse. Fiber separation by chemical process. There are variable in amount of sodium hydroxide boiling time and produced to web by field latex 100 percents at 100 degree celsius. Physical properties of web such as thickness weight per unit area bursting and tearing strength was estimated. The appropriate condition for fiber separation as follows : sodium hydroxide 180 g/l for 2 hours. Average thickness is 2.83-2.90 millimeter. Average weight per unit area is 0.57 g/in2. Average bursting and tearing strength are 371.1 N and 756 mN respectively. The web is suitable for shockproof production

The research aimed to study and develop handicraft products from elephant dung paper for community income generation in Ayutthaya province and to compare the product satisfaction of the target group for the original style and the new one of elephant dung paper The target group eas from 143 tourists from other provinces and 143 of local tourists. Both of target groups would like to but handicraft products from elephant dung paper and helped generate community income in Ayutthaya province. Research tool eas done by questionnaire and data were analyzed by statistically percentage mean and mode. Questionnaire was used for the product attributes satisfacion avaluation of the target grouq including alternative evaluation process and comparison of product styles evaluation process. Data were analyzed by statistically percentage.mean and t-test dependent sample The results of were foun as follows: 1. The target group chose the third style of handicraft products from elephant dung paper 2. For the product attributs satisfaction of the target group it was found that the new style of hansicraft prosuct was more acceptable than the oniginal one at a significance level of 0.05.

Ceramics Porduct Develompnet Ceramics