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压盖型真空冷冻干燥机：真空冷冻干燥机是将含水物品预先冻结，然后将其水分在真空状态下升华而获得干燥物品的种技术方法。经冷冻干燥处理的物品易于长期保存，真空冷冻干燥机加水后能恢复到冻干的状态并保持原由的生化特性。广泛应用于药品、生物制品、化工及食品工业，对于热敏物质如抗菌素、血液制品、酶激素和其它生物制品，冷冻干燥技术更能显示其优越性。更多详细资料请详询乔跃小马18321004078
产品特点:
压盖型真空冷冻干燥机
●冷冻干燥机采用不锈钢冷阱和台面，清洁卫生，美观耐腐蚀。
●台式设计，紧凑，占用台面小。
●外形美观，人体工学设计，操作方便。
●采用全封闭制冷机组，温度低，捕水能力强，高效可靠，噪音低。
●采用风冷方式散热，不需水冷却。
●真空连接采用通用标准件，拆卸安装简易方便，密封性能可靠
●冷阱开口大，带样品预冻功能。
●冷冻干燥机的冷阱为全不锈钢，冷阱内无盘管，光洁耐腐蚀。
●冷阱温度及样品真空度均采用LED数字显示,简洁明确;
●导流筒，提高冷阱有效面积，快速冻干。
●充气阀，可充干燥氮气或惰性气体。
●特定设计的触摸软键可快速准确地实现各功能设置,操作简单方便;
●透明钟罩式干燥室，自然加热，安全直观。
●标准真空接口，可与多种真空泵联用。
●特殊设计的不锈钢样品架，普通型样品盘间距可调，层数自由设定;
●样品温度显示（可选配）。
技术参数
◆型 号：FD-1B-50
◆冷凝温度：-50℃
◆真 空 度：< 15Pa
◆冻干面积：0.07㎡
◆盘装物料：1.2 升
◆捕水能力：3kg/24h
◆样 品 盘：Φ180mm×3层
◆电源要求：220V 50Hz 1100W
◆主机尺寸：405×630×322mm
标准配置
台式主机、2升国产真空泵、压盖干燥装置 (样品盘3个)
冷冻干燥机 上海冷冻干燥机 真空冷冻干燥机 冷冻干燥机厂家
◆型 号：FD-1B-50
◆冷凝温度：-50℃
◆真 空 度：< 15Pa
◆冻干面积：0.07㎡
◆盘装物料：1.2 升
◆捕水能力：3kg/24h
◆样 品 盘：Φ180mm×3层
◆电源要求：220V 50Hz 1100W
◆主机尺寸：405×630×322mm
标准配置
台式主机、2升国产真空泵、压盖干燥装置 (样品盘3个)
冷冻干燥机 上海冷冻干燥机 真空冷冻干燥机 冷冻干燥机厂家
产品相册
公司介绍
Hydrogel is a kind of functional polymer material with three-dimensional spatial network structure, which integrates water absorption, water retention ａnd slow release. Because of its good biocompatibility, hydrogel has been widely used in medicine ａnd biological engineering. Graphene-based hydrogels with excellent electrochemical ａnd mechanical properties can be prepared by combining hydrogels with two-dimensional graphene nanosheets, which expands their applications in various aspects. Among them, graphene hydrogels have large specific surface area ａnd porous structure, ａnd it is a research trend to use graphene hydrogels as adsorbents to remove pollutants from water.
公司介绍
Hydrogel is a kind of functional polymer material with three-dimensional spatial network structure, which integrates water absorption, water retention ａnd slow release. Because of its good biocompatibility, hydrogel has been widely used in medicine ａnd biological engineering. Graphene-based hydrogels with excellent electrochemical ａnd mechanical properties can be prepared by combining hydrogels with two-dimensional graphene nanosheets, which expands their applications in various aspects. Among them, graphene hydrogels have large specific surface area ａnd porous structure, ａnd it is a research trend to use graphene hydrogels as adsorbents to remove pollutants from water.
