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1. | the vacuum environment greatly reduced the liquid boiling point which needs to drive out,therefore the vacuum is dry may with ease apply to heat sensitivity material |
2. | for the sample that does not be dry easily,such as powder or other pellet form sample,using vacuum dry method may efficiently shorten dry time. |
3. | various structures are complex the or other porous sample process of machinery ministry uses vacuum dry function after washing,have no any remnant quality after being dry compley. |
4. | use more safety-under vacuum or inertia condition,eliminate oxide compley to meet the possibility of hot explosion. |
5. | with dependence air cycle ordinary is dry to compare,powder form sample will not be flowed,air blows or moves. |
though,vacuum dry technology has more numerous advantage,but it is more strict that the workmanship of drying oven compares with the relatively complex requirement for product quality with ordinary oven. a permanent company’s accurate kong wen technical and advanced work manship,the product of guaranteeing us may satisfy your needs. |
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the overall vacuum cycle that vacuunm dry process control may offer program to melt need to set hightest and minimum vacuum degree value respectively according to your requirement,may shorten dry time further.for instance:through program control vacuum cycle,set minimum vacuum degree 50pa and biggest vacuum degree 90pa,circulating frequency is six,if by dry,picture shows process.along with each cycle go on,humidity reduces constantly,dry speed accelerates obviously.biggest circutating frequency mayreach ninety-nine times. |
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vacuum drying oven adopts the digital technical control vacuum degree of simulated engineering science,"control by hand"becomes historicallong age.you return think the today lever operating valve of by hand in 21 century may control vacuum degree accuray? |
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model | electircal requirements | input power | temperature range | temperature control | temperature stability | vacuum degree | interior dimension (mm)w×d×h | overall dimension (mm)w×d×h | shelves per chamber | chamber material | price |
jph-6210lc | 220w 50hz | 2060w | rt+10~200℃ | 0.1℃ | ±1℃ | 133pa | 560×600×640 | 720×820×1750 | 3pcs(intependent temperalute control) | stainless steel (1cr18ni9ti) | rmb |
jph-6123lc | 1400w | 500×500×500 | 610×680×1460 | 4(pcs) | rmb | ||||||
jph-6090lc | 1150w | rt+10~200℃ | 450×450×450 | 2pcs(intependent temperature control) | rmb | ||||||
jph-60 63lc | 400w | 400×400×400 | 3(pcs) | rmb | |||||||
jph-6033lc | 400w | 320×320×320 | 2(pcs) | rmb |
1、 | 真空环境大大降低了需要驱除的液体的沸点,所以真空干燥可以轻松应用于热敏性物质 |
2、 | 对于不容易干燥的样品,例如粉末或其它颗粒状样品,使用真空干燥法可以有效缩短干燥时间 |
3、 | 各种构造复杂的机械部件或其它多孔样品经过清洗后使用真空干燥法,*干燥后不留任何残余物质 |
4、 | 使用更安全--在真空或惰性条件下,*消除氧化物遇热爆炸的可能 |
5、 | 与依靠空气循环的普通干燥相比,粉末状样品不会被流动空气吹动或移动 |
真空干燥技术虽然有以上众多优点,但干燥箱的制造工艺与普通烘箱相比更为复杂,对产品品质的要求也更严格。精确的控温技术和先进的制造工艺,保证我们的产品可以满足您的需要。 |
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整体的真空干燥过程控制可以提供程序化的真空循环,只需根据您的要求分别设定zui高和zui低真空度值,就可以进一步缩短干燥时间,例如:通过程序控制真空循环,设定zui小真空度50pa,zui大真空度900pa,循环次数6次,干燥过程如图所示,随着每一个循环的进行,湿度不断降低,干燥速度明显加快,zui大循环次数可达99次。 |
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采用模拟工程学的数字技术控制真空度,“手动控制”早已成为历史。您还认为在21世纪的今天手动杠杆操作的阀门可以精确控制真空度吗?通过电磁阀门全自动数显控制的真空度,为您提供更加精确有效的真空度控制,更希望提供给您的是更多的信息和更多的方便。通过面板,真空度从20par至9999pa可调,可调精度为1pa。面板显示真空度范围为1pa至9999pa。真空传感器位于与进气口和出气口不同位置,从而保证了稳定的压力值,不受气流的影响,把zui稳定的压力值传送到操作面板上。 |
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型号 | 电源电压 | 输入功率 | 控温范围 | 温度分辨率 | 恒温波动度 | 达到真空度 | 内胆尺寸 | 外形尺寸 | 搁板 | 工作室材料 | 价格 |
jph-6210lc | 220w 50hz | 2060w | rt+10~200℃ | 0.1℃ | ±1℃ | 133pa | 560×600×640 | 720×820×1750 | 3块(独立控温) | 不锈钢 (1cr18ni9ti) | rmb |
jph-6123lc | 1400w | 500×500×500 | 610×680×1460 | 4块 | rmb | ||||||
jph-60 90lc | 1150w | rt+10~200℃ | 450×450×450 | 2块(独立控温) | rmb | ||||||
jph-6063lc | 400w | 400×400×400 | 3块 | rmb | |||||||
jph-6033lc | 400w | 320×320×320 | 2块 | rmb |