泡泡糖胶姆糖成套设备

苏州姑苏食品机械总厂新近推出泡泡糖、胶姆糖成套设备。在最近一次订货会上,该成套设备为同行注目,令用户满意。这家被誉为“中国巧克力之母”的企业,是在掌握了泡泡糖胶姆糖在市场上很有发展潜力的信息之后设计研制有关设备的。为便于交流信息,让用户有所选择和了解,兹将有关资料介绍如下:     

胶姆糖的检验（一）

胶姆糖的检验大体可分化学方法、物理方法和感官方法三类。一、化学检验方法胶姆塔的化学检验方法的分类可见表1。表1胶姆糖的化学检验方法分类     

食品添加剂在胶姆糖中的应用

本系统的论述了胶姆基料、乳化剂、填充剂、香精等食品添加剂的性质及其对胶姆基质量的影响。     

胶姆糖的检验(二)

二、物理检验方法胶姆糖的物理检验方法可见表6。     

胶基糖中的香精应用和胶基糖配方

介绍胶基糖对香精香料的要求,胶基糖的香味评价,香精对胶基糖生产的影响,胶基糖香精的质量问题和可能原因分析,香精水溶性的快速测定,一些胶基糖配方的设计思路和一些花色品种的研发创意。     

啤酒花口香糖的研制

啤酒花作为一种药食两用中药,具有抗菌,抗癌,以及口腔保健的作用。本实验通过在口香糖中加入啤酒花衍生物六氢-β酸,制成新型的功能型口香糖。应用正交实验优化制备工艺。实验结果表明,胶基40％,山梨糖醇45％,六氢β-酸0．45‰,所制得的啤酒花口香糖适口性最好。     

Dual-attribute Time-intensity Measurement of Sweetness and Peppermint Perception of Chewing Gum

The relationship between duration and maximum intensity of sweetness and peppermint flavor of chewing gum was explored using dual-attribute time-intensity sensory evaluation. Four chewing gum samples, varying in rate of release of sweetness and peppermint flavor were evaluated by 10 trained time-intensity panelists. Chewing gum with a fast release of sweetness and peppermint flavor provided the highest maximum intensity and longest duration of sweetness and peppermint perception. The rate of release of sweetness was more important than rate of release of peppermint flavor in affecting duration of attributes.     

木糖醇无糖口香糖(糖衣型)的开发

为了使无糖口香糖大众化,对无糖口香糖原料性能进行了研究。通过2.5 L小捏合机反复调试配方,经过多次流水线试验,目前产品已进入实质性生产阶段。其口味佳,价格适中,市场前景好。该款产品符合SB/T100023-2008标准。     

皂荚胶与黄原胶复配胶的流变性研究

对皂荚胶与黄原胶的最佳配比及其复配胶流变性进行了研究。研究结果表明，皂荚胶与黄原胶在配比为4：6时复配胶的协效性最好，皂荚胶与黄原胶复配胶为“非牛顿流体”，60～100℃下加热，复配胶的粘度有较大幅度的升高，60-90min是皂荚胶和黄原胶复配胶的最佳加热时间，复配胶溶液在碱性条件下稳定，但酸性条件对复配胶溶液的粘度有较大影响，冻融变化可使皂荚胶与黄原胶复配胶溶液的粘度有所增加。     

Formulation of Corn Zein Chewing Gum and Evaluation of Sensory Properties by the Time-Intensity Method

This study was conducted to determine the feasibility of using corn zein as a natural gum base to be an alternative to the currently used synthetic gum base. The objectives were to (1) develop a corn zein chewing gum and (2) evaluate the taste, texture, and aroma qualities compared with synthetic gum base using a time‐intensity (T‐I) method. Four corn zein gum samples, each made with a different plasticizer (oleic acid, glycerin, propylene glycol, and 1 without any plasticizer), were included in the study along with 2 synthetic gum‐base samples. Nine panelists participated in the T‐I study. Thirteen attributes were evaluated. Maximum intensity, time to maximum intensity, and duration were parameters extracted from the T‐I curve. The synthetic gum‐base samples were rated higher for the maximum intensity of sweet taste and cinnamon aroma‐by‐mouth and lower for the maximum intensity of bitter taste. The propylene glycol corn zein sample was rated the highest for cinnamon aroma and the lowest for stale, rancid, and cheesy aromas. Out of the corn zein gums, the oleic acid sample was rated the lowest for the maximum intensity of hardness. It was also rated highest for the maximum intensity of bitter taste and the lowest for sweet taste. This study showed that it is feasible to use corn zein as a gum base, but future work is needed to develop an acceptable product for consumers.     

防龋齿口香糖中糖醇类成分对CPPs延缓磷酸钙沉淀性能的影响

防龋齿口香糖常用糖醇类成分(木糖醇、山梨醇、甘露醇)及热加工条件等对酪蛋白磷酸肽(CPPs)延缓磷酸钙沉淀形成能力的影响进行研究。研究表明温度在100℃以下时,对CPPs延缓磷酸钙沉淀的能力没有太大的影响。当浓度在2%～14%范围内,甘露醇对CPPs延缓磷酸钙沉淀的能力有增强作用;山梨醇对CPPs延缓磷酸钙沉淀的能力有减弱作用;而木糖醇在浓度小于6%时对CPPs延缓磷酸钙沉淀的能力有增强作用,大于6%有减弱作用。     

一种测定口香糖中V_C的方法

针对目前国标没有口香糖中VC含量的检测方法,结合已有国标VC测定方法的基础上进行改良试验。对口香糖样品进行快速溶解,使样品中的VC溶解进入含有乙酸的溶液中,与固蓝盐B反应生成黄色的草酰肼-2-羟基丁酰内酯衍生物。在其最大吸收波长420 nm处,用紫外可见分光光度计测定其含量。本方法的线性范围1μg/mL~20μg/mL,检出限为1μg/mL,样品加标回收率在90.9%~98.6%,相对标准偏差为1.57%。     

苦丁茶茶多酚保健口香糖的研制

本实验通过在口香糖中加入具有多种保健作用的苦丁茶茶多酚,研制出新的保健口香糖。     

口香糖用聚醋酸乙烯酯的合成

采用悬浮聚合法合成口香糖用聚醋酸乙烯酯树脂，研究了ＰＶＡＣ的分子量与分散剂用量，分子量调节剂用量、引发剂用量的关系，测定了不同分子ＰＶＡＣ的玻璃化温度。结果表明，ＰＶＡＣ的分子量是可以调节的。Ｔｇ随着分子量的增大而提高。     

罗望子胶与常用胶体的复配研究

通过单因素试验、正交试验以及感官鉴定,确定罗望子胶与其他胶体复配的比例。结果表明:和CMC-FH9、黄原胶复配后具有一定的黏度协同增效作用,其最佳比例为3.5∶13∶6.5。