Mnano高压微射流均质机、实验型高压微射流均质机
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NLM100实验型高压微射流均质机

产品项目 > Microfluidizer Nanotechnology高压微射流均质机 > NLM100实验型高压微射流均质机

NLM100实验型高压微射流均质机


Series

Operation

pressure

Flow rate

Pump system

Weight

Dimension 

(W x D x H)

Interaction Chamber Size

Interaction Chamber Size

NLM100

1,500 bar

100 ml/min

Motor driven type

[220 VAC, 1 PH, 60 Hz, 1 HP]

Approx. 45kg

583 x 576 x 435

75um

Z type


Detailed description

Composition specialized with long-standing know-how and technical skills

详细描述

具有长期专业知识和技术技能的专业构造


Increase the efficiency of an increase in pressure.

- Development of a screw-type amplifier that can generate high pressure (2,000 bar)

Material contamination prevention

- No leakage of hydraulic oil, etc. by adopting a power-operated system

Increase usability

- Electrically operated to simplify structure and eliminate additional facilities

- Massive reduction in volume and weight, using 220VAC as power

增加压力的效率。

-开发可产生高压(2000bar)的螺杆式放大器

防止材料污染

-采用动力传动系统,无液压油等泄漏

提高可用性

-电动操作,简化结构,减少额外设施

-体积和重量大幅减少,使用220VAC作为电源

Increase the efficiency of an increase in pressure.

- Prevention of injection of raw material lines of non-pressure raw materials

Increase processing speed

- Easy to remove air from the pressurization chamber.

Increase usability

- No additional piping facilities, resulting in a significant reduction in volume.

- Use of high pressure (60,000 psi) needle valves to prevent material leakage

增加压力的效率。

-防止无压力原料的原料线注射

提高处理速度

-易于从加压室中取出空气。

提高可用性

-没有额外的管道设施,导致体积大幅减少。

—使用高压针阀(6000psi)防止物料泄漏

Preventing material deterioration

- Cool the nozzle to remove residual heat from the process

- Process can be applied to heat-sensitive materials

Increase usability

- Refrigerant and cooler available for your environment

- Simple structural design for easy coupling and separation

防止物质变质

-冷却喷嘴,从过程中去除剩余热量

-可应用于敏感材料

增加可用性

-制冷剂和冷却器可供您的环境

-简单的结构设计,便于耦合和分离

Interaction Chamber Type

Chamber Type

Z type : Suspension - Powder is recommended for dispersing and grinding on liquid, CNT, Aluminum, etc.

Y type: Emulsion - Liquid and Liquid, Recommended ex) milk, water, oil, etc.

相互作用腔类型

腔室类型

Z型:悬浮剂-推荐用于液体,碳纳米管,铝等的分散和研磨。

Y型:乳化液-液体和液体,推荐使用牛奶、水、油等。


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