用增塑剂山梨醇和填料TiO2制备棉真草胶囊壳

Z. Mufrodi, Lia Septianigsih, Tiffany Ariandi
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引用次数: 0

摘要

目前商业化生产的胶囊壳大多以明胶为原料,但明胶在硬胶囊壳生产中的应用引起了争议。那就是消费者对健康问题和宗教问题的担忧的出现。世界海藻总产量达到3010万吨/年,使印度尼西亚成为世界第二大海藻生产国,年产量为11631吨。本研究选用的海藻品种为棉真草(Eucheuma cottonii)作为制作胶囊壳的原料,因为它含有卡拉胶,具有产品稳定性调节剂、增稠剂、胶凝剂、乳化剂的作用,并且在胶囊壳中作为生物塑料纤维,纤维素含量为20.62%。以山梨糖醇为增塑剂,以TiO2为填料可获得弹性性能。从制作胶囊外壳开始,到样品测试结束。然后分析样品的含水量、灰分含量、胶囊壳在水中的溶解度、重量均匀性和酸度(pH)。关键词:胶囊壳;海藻;山梨醇
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Capsule shells From Eucheuma Cottonii Seaweed With Plasticizer Sorbitol And Filler TiO2
Most of capsule shells commercial production recently from gelatin as raw material, but the application of gelatin in hard capsule shells production can causes controversy. That is the emergence of consumers concern about health problem and religion issues.Total production of seaweed in the world reached 30.1 million ton per year that makes Indonesia became second position as the biggest producer of seaweed in the world that produce 11,631 tons per year. The species of seaweed that used in this research is Eucheuma cottonii as raw material to make capsule shells because it contains carrageenan, that act as product stability regulator, thickening, gelling agent, emulsifier and as bioplastic fibers in capsule shells which contains cellulose 20.62%. The elastic properties can be obtained from the addition of sorbitol as plasticizer and TiO2 as filler. The variation with making capsule shells and ends with sample testing. Then the sample will be analyzed for water content, ash content, solubility of capsule shells in water, uniformity of weight and acidity (pH). Keywords—capsule shells, seaweed, sorbitol, TiO2
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