本研究係利用甘蔗渣與聚乙烯醇水溶液，充分均勻混和之後以微波發泡製作出纖維集合體做為無土栽培之樣本，探討不同克數的甘蔗渣與不同克數的聚乙烯醇水溶液混和後發泡之外觀成形性，並以最佳外觀成形性樣本之比例添加不同克數海藻酸鈉，經氯化鈣交鏈之後探討其物性的影響。實驗結果顯示，甘蔗渣跟聚乙烯醇水溶液比例為2：15所發泡出之樣本，外觀成形性最佳且發泡均勻，為最佳的外觀成形性；由甘蔗渣與聚乙烯醇水溶液及海藻酸鈉水溶液比例為2：15：2.5及2：15：5還有2：15：7.5經氯化鈣水溶液交鍊後其pH值分別為5.7、5.8、6.0，EC值分別為1.54 ms/cm、1.59 ms/cm、1.63ms/cm，最大含水率平均可達到84.4%、86.8%、78.9%，保水率可達到95小時、135小時、110小時，是可被利用為無土栽培的介質。

This research is uses the bagasse and the polyvinyl alcohol aqueous solution, after full even blending becomes spongy take the microwave manufactures the textile fiber aggregate to do sample of as the soilless culture samples, after The discussion different gram number bagasse and the different gram number polyvinyl alcohol aqueous solution blending becomes spongy the appearance formability, and the best appearance, forming the proportion of sexual sample to add a different number of grams of sodium alginate to investigate the impact of its properties after cross-linking by the calcium chloride. The experimental result showed that bagasse with polyvinyl alcohol aqueous solution ratio of 2:15 of the foam out of the sample, to become spongy the sample, the forming best also becomes spongy evenly. Bagasse and polyvinyl alcohol aqueous solution and the proportion of sodium alginate aqueous solution 2:15:2.5 and of 2:15:5 there 2:15:7.5 cross-linked by calcium chloride solution, the pH to 5.7, 5.8,6.0, the EC values were 1.54,1.59,1.63 mS / cm, the average maximum moisture content 84.4,84.0,78%, water retention can reach 135,110 hours, can be used for soilless culture media.