ในปัจจุบันพลาสติกเป็นวัสดุที่ใช้ประ

The plastic material used is currently useful for convenience packaging. But a variety of other issues in regard to eliminate whether it is plastic landfill. It is possible to burn more difficult, and affect the ecological environment. Therefore, the Group has studied and developed the film from tamarind seeds in the flesh to agricultural applications. Studies show that the ratio between beef tamarind seeds in water at the ratio of 1:20 (g: ml) Average strength as much as with Newton 41.84, but there is no flexibility, suitable for forming a film, although the rate of glycerol, since the parts are plastic to recycle the development effectiveness of tamarind seeds in the flesh film, flexible properties. When tested using Anova and test by using T-test found that the ratio of each film are different by the statistical ratio between beef in tamarind seed: glycerol: water ratio 1:1: 8 (g: g: ml) Strength and flexibility equal to average 19.26 Newton and partial melting can be suitable for the development of a bio-plastic film from tamarind seeds in the flesh to the application of agricultural materials.

At present, plastic materials are used. To facilitate the packaging for a variety of other issues, but getting rid of plastic such as landfill, incineration, it is going to be difficult. And the impact of environmental ecology. Therefore, the preparation has been studied and developed the film from tamarind seed for agricultural applications. The study found that the ratio between the beef in tamarind seeds to water ratio of 1: 20 (g: mL) is stronger than most average 41.84 Newton nor flexible features for forming a film. Glycerol is used in various formulations. A plasticizer To improve the performance of the film, tamarind seed with elastic properties. When tested using Anova test and the T-test showed that the ratio of each film a different way. By Ratio Tamarind seed: glycerol: water ratio of 1: 1: 20 (g: g: mL) strength in flexibility average of 19.26 Newton and soluble portions. Has developed a film suitable for bioplastics from tamarind seed kernel to the application of agricultural materials.

Nowadays plastics material use. To facilitate for the packaging of a wide variety of other, but a problem about the removal of plastic such as landfill, burning. It is very difficult. And their impact on the environment of ecology. So the author has studied and developed the film from tamarind kernel for application in agriculture. The study found that the ratio between the tamarind kernel / water ratio 1: 20 (G: (L) the strength of the most. As 41.84 Newton. But no flexible properties for forming a film. The glycerol at various ratios of a plasticizer. To improve the performance of the film tamarind kernel to the treasure, when tested by using flexible Anova test and using T-test found film each ratio are significantly different. The ratio between the tamarind kernel: glycerol: water ratio 1: 1: 20 (G: G: ML) is strong in elasticity was 19.26 Newton. And can dissolve some. There is a film suitable for development of bio plastics from tamarind kernel for the application of the material in agriculture.