官方微信|手机版

行业应用
制药

化工仪器网\行业应用\所有分类 \ 制药检测\ 药品包装材料检测

检测分类
当前条件
药品包装材料 清空筛选

共挤输液膜袋不挥发物含量的监控方案

不挥发物的含量是共挤输液膜袋的重要性能指标,在很大程度上影响了药液中异物的含量及药液的质量。本文利用Labthink兰光ERT-01蒸发残渣恒重仪对某品牌共挤输液膜袋的不挥发物进行了检测,通过对试验过程、设备参数、适用范围等内容的介绍,为企业监控所用包材的不挥发类物质的含量提供参考。

使用激光烧蚀 LA-ICP-MS(碰撞模式)分析测定塑料中的有毒金属元素

本研究介绍了一个独特的激光烧蚀固体进样方法,并通过数据证明该技术是一种可行的技术,能够同时对多种元素进行准确的定量分析。

营养液用塑料管阻隔氧气性能的监控方案

营养液中常含有高蛋白、维生素等成分,这些成分对氧气的含量要求较严格,如氧气含量较高,则营养液易被氧化,影响产品特性。本文利用Labthink兰光OX2/230氧气透过率测试系统测试营养液用塑料管对外界氧气的阻隔性能,并简要介绍了试验的基本过程及试验设备的适用范围、设备参数等内容,相关保健品、药品行业可在选择包材及氧气阻隔性设备时加以参考。

塑料离心管密封性能验证的简易方法

离心管的密封性能是影响实验分析结果准确性的一个重要因素。本文以检测某品牌塑料离心管密封性能的过程为例,介绍了一种离心管密封性能的检测方法,并通过对试验过程及试验设备MFY-01密封试验仪原理、设备参数的简要描述,为企业验证离心管的密封性能提供参考。

安瓿瓶折断力测试方法介绍

安瓿瓶折断力是评判安瓿瓶质量的重要性能参数。如折断力太大,会导致安瓿瓶不易折断、断口碎裂等情况的出现。本文介绍了安瓿瓶折断力的测试方法。

药用西林瓶中气体含量检测方法

本文通过利用Labthink兰光HGA-02顶空气体分析仪对西林瓶中氧气、二氧化碳、氮气浓度的分析,介绍了测定西林瓶中气体含量的方法和检测设备,对企业实现监测西林瓶的充氮效果提供参考。

多层共挤输液袋对内部氮气阻隔性的监测方案

本文利用济南兰光机电技术有限公司自主研发的VAC-V2压差法气体渗透仪对多层共挤输液袋的氮气阻隔性进行监测,通过详述测试的试验原理及过程,为相关行业如何严控药用软塑包装阻隔性提供参考。

药品包装用瓶盖的开启力扭矩检测方法

本文以药用玻璃瓶的开启扭矩测试过程为例,描述了瓶盖开启扭矩的检测方法,并对试验中涉及的Labthink兰光NJY-20扭矩仪的适用范围、参数信息等内容进行了介绍,有助于企业了解开启扭矩的试验过程及相关检测原理,从而对企业监控相关产品的开启性能提供参考。

冲剂类药品软塑包装防潮性能的检测方法介绍

本文以某品牌感冒颗粒的包装卷膜为试验对象,利用济南兰光机电技术有限公司自主研发的W3/031水蒸气透过率测试仪作为检测设备,并对试验过程及设备的测试原理、设备参数等进行分析。

推荐
产品
聚合物膜材水蒸气透过量测定仪

聚合物膜材水蒸气透过量测定仪

型号:W3/031

如何有效监测多层共挤输液袋使用时的穿刺力

本文使用济南兰光机电技术有限公司新研制的MED-01医药包装性能测试仪,并参考相关药品包装标准进行穿刺力性能监测,为相关行业提供技术与数据性参考。

12共2页15条记录

热门方案

最新发布企业

推荐专题

[{"ID":"1016","Title":"共挤输液膜袋不挥发物含量的监控方案","Describe":"不挥发物的含量是共挤输液膜袋的重要性能指标,在很大程度上影响了药液中异物的含量及药液的质量。本文利用Labthink兰光ERT-01蒸发残渣恒重仪对某品牌共挤输液膜袋的不挥发物进行了检测,通过对试验过程、设备参数、适用范围等内容的介绍,为企业监控所用包材的不挥发类物质的含量提供参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-08-24","HitNumber":"284","Name":"塑料","ClassName":"制药","FilePath":"2/20200824/637338606964497843448.pdf","FileDomain":"img74","IsDownload":"0","SecondData":[{"ID":"1789","ProductID":"15319126","Type":"","Name":"食品包装材料蒸发残渣检测仪","PictureDomain":"img49","Picture":"2/20181126/636788397719565954489.jpg","IsZhuTui":"1","UserID":"1218"},{"ID":"1788","ProductID":"27742995","Type":"","Name":"药品包装材料不挥发物测试仪","PictureDomain":"img59","Picture":"2/20170322/636257983898057285383.jpg","IsZhuTui":"0","UserID":"1218"}]},{"ID":"433","Title":"使用激光烧蚀 LA-ICP-MS(碰撞模式)分析测定塑料中的有毒金属元素","Describe":"本研究介绍了一个独特的激光烧蚀固体进样方法,并通过数据证明该技术是一种可行的技术,能够同时对多种元素进行准确的定量分析。","CompanyName":"珀金埃尔默企业管理(上海)有限公司","PgID":"171","CompanyID":"95979","CreateTime":"2020-02-12","HitNumber":"296","Name":"塑料","ClassName":"制药","FilePath":"2/20200212/637171018706169205252.pdf","FileDomain":"img68","IsDownload":"0","SecondData":[{"ID":"840","ProductID":"4167432","Type":"","Name":"PE等离子质谱仪NexION 300","PictureDomain":"img45","Picture":"2/20110313/634356287602656250.jpg","IsZhuTui":"1","UserID":"78922"}]},{"ID":"919","Title":"营养液用塑料管阻隔氧气性能的监控方案","Describe":"营养液中常含有高蛋白、维生素等成分,这些成分对氧气的含量要求较严格,如氧气含量较高,则营养液易被氧化,影响产品特性。本文利用Labthink兰光OX2/230氧气透过率测试系统测试营养液用塑料管对外界氧气的阻隔性能,并简要介绍了试验的基本过程及试验设备的适用范围、设备参数等内容,相关保健品、药品行业可在选择包材及氧气阻隔性设备时加以参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-07-27","HitNumber":"87","Name":"塑料","ClassName":"制药","FilePath":"2/20200727/637314420226904441228.pdf","FileDomain":"img74","IsDownload":"0","SecondData":[{"ID":"1669","ProductID":"33838286","Type":"","Name":"C230H氧气透过率测试系统(等压法)","PictureDomain":"img71","Picture":"2/20200316/637199512864679775586.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"844","Title":"塑料离心管密封性能验证的简易方法","Describe":"离心管的密封性能是影响实验分析结果准确性的一个重要因素。本文以检测某品牌塑料离心管密封性能的过程为例,介绍了一种离心管密封性能的检测方法,并通过对试验过程及试验设备MFY-01密封试验仪原理、设备参数的简要描述,为企业验证离心管的密封性能提供参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-07-02","HitNumber":"99","Name":"塑料","ClassName":"制药","FilePath":"2/20200702/637292804888010587726.pdf","FileDomain":"img74","IsDownload":"0","SecondData":[{"ID":"1558","ProductID":"29500913","Type":"","Name":"自立袋包装气密性测试仪","PictureDomain":"img64","Picture":"2/20171018/636439376323886094261.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"783","Title":"安瓿瓶折断力测试方法介绍","Describe":"安瓿瓶折断力是评判安瓿瓶质量的重要性能参数。如折断力太大,会导致安瓿瓶不易折断、断口碎裂等情况的出现。本文介绍了安瓿瓶折断力的测试方法。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-06-08","HitNumber":"106","Name":"玻璃","ClassName":"制药","FilePath":"2/20200608/637272191422756503428.pdf","FileDomain":"img65","IsDownload":"0","SecondData":[{"ID":"1446","ProductID":"26149519","Type":"","Name":"安瓿瓶折断力试验仪","PictureDomain":"img47","Picture":"2/20181115/636778944640669740823.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"625","Title":"药用西林瓶中气体含量检测方法","Describe":"本文通过利用Labthink兰光HGA-02顶空气体分析仪对西林瓶中氧气、二氧化碳、氮气浓度的分析,介绍了测定西林瓶中气体含量的方法和检测设备,对企业实现监测西林瓶的充氮效果提供参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-04-07","HitNumber":"283","Name":"玻璃","ClassName":"制药","FilePath":"2/20200407/637218522708013204152.pdf","FileDomain":"img66","IsDownload":"0","SecondData":[{"ID":"1178","ProductID":"32334643","Type":"","Name":"新品 C650B顶空气体分析仪","PictureDomain":"img68","Picture":"2/20190716/636988839391165771731.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"574","Title":"多层共挤输液袋对内部氮气阻隔性的监测方案","Describe":"本文利用济南兰光机电技术有限公司自主研发的VAC-V2压差法气体渗透仪对多层共挤输液袋的氮气阻隔性进行监测,通过详述测试的试验原理及过程,为相关行业如何严控药用软塑包装阻隔性提供参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-03-19","HitNumber":"148","Name":"复合材料","ClassName":"制药","FilePath":"2/20200319/637202074288705343759.docx","FileDomain":"img71","IsDownload":"0","SecondData":[{"ID":"1095","ProductID":"15506649","Type":"","Name":"VAC-V2压差法气体渗透仪(阻气性检测仪)","PictureDomain":"img48","Picture":"2/20171228/636500585890292934989.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"543","Title":"药品包装用瓶盖的开启力扭矩检测方法","Describe":"本文以药用玻璃瓶的开启扭矩测试过程为例,描述了瓶盖开启扭矩的检测方法,并对试验中涉及的Labthink兰光NJY-20扭矩仪的适用范围、参数信息等内容进行了介绍,有助于企业了解开启扭矩的试验过程及相关检测原理,从而对企业监控相关产品的开启性能提供参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-03-09","HitNumber":"161","Name":"塑料","ClassName":"制药","FilePath":"2/20200309/637193455432117234168.pdf","FileDomain":"img68","IsDownload":"0","SecondData":[{"ID":"992","ProductID":"29490798","Type":"","Name":"PET药瓶瓶盖扭力检测仪","PictureDomain":"img49","Picture":"2/20171228/636500766607103670841.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"534","Title":"冲剂类药品软塑包装防潮性能的检测方法介绍","Describe":"本文以某品牌感冒颗粒的包装卷膜为试验对象,利用济南兰光机电技术有限公司自主研发的W3/031水蒸气透过率测试仪作为检测设备,并对试验过程及设备的测试原理、设备参数等进行分析。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-03-05","HitNumber":"160","Name":"复合材料","ClassName":"制药","FilePath":"2/20200305/637190012780725965671.pdf","FileDomain":"img69","IsDownload":"0","SecondData":[{"ID":"981","ProductID":"25285332","Type":"W3/031","Name":"聚合物膜材水蒸气透过量测定仪","PictureDomain":"img50","Picture":"2/20171228/636500667664561427197.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"494","Title":"如何有效监测多层共挤输液袋使用时的穿刺力","Describe":"本文使用济南兰光机电技术有限公司新研制的MED-01医药包装性能测试仪,并参考相关药品包装标准进行穿刺力性能监测,为相关行业提供技术与数据性参考。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2020-02-25","HitNumber":"104","Name":"复合材料","ClassName":"制药","FilePath":"2/20200225/637182333825854024466.pdf","FileDomain":"img71","IsDownload":"0","SecondData":[{"ID":"929","ProductID":"7404600","Type":"","Name":"医药包装力学性能测试仪(MED-01)","PictureDomain":"img47","Picture":"2/20181115/636778944640669740823.jpg","IsZhuTui":"1","UserID":"1218"}]}]