NanoVALVE 设计
与传统的均质阀相比，NanoVALVE 被开发用于在非常低的工作压力下达到最佳的均质效果。
NanoVALVE 概念基于特定的均质阀特征，具有最佳的工作间隙且带有锐边，使在最小的行程距离内通过高压区和高速区，从而将高湍流、局部空穴、剪切效应和壁碰产生的最高效流体动力能量释放到产品颗粒上。
NanoVALVETM 技术适用于不同类型的应用：从食品和饮料到乳制品：牛奶、酸奶、稀奶油和风味牛奶。
技术特征
- 提供单级和双级款型
- 碳化钨材质
- 3-A 认证
- CIP 清洁度保证
- 无菌版本
- 可逆均质阀头
- 稳定的自调节气动控制装置
NanoVALVE 设计
与传统的均质阀相比，NanoVALVE 被开发用于在非常低的工作压力下达到最佳的均质效果。
NanoVALVE 概念基于特定的均质阀特征，具有最佳的工作间隙且带有锐边，使在最小的行程距离内通过高压区和高速区，从而将高湍流、局部空穴、剪切效应和壁碰产生的最高效流体动力能量释放到产品颗粒上。
NanoVALVETM 技术适用于不同类型的应用：从食品和饮料到乳制品：牛奶、酸奶、稀奶油和风味牛奶。
Sustainability follows the right choice
The various homogenizing valve designs are fundamentally important along with the valve geometry. The NanoVALVE® design allows an increase in efficiency and a reduction in operating pressure (tests demonstrates up to 20% lower operating pressure compared to the GEA standard valve) providing energy savings and optimal use of the ingredients and resources.
Technical features
- Available both in single and double stage
- Features in tungsten carbide
- 3-A validation
- CIP cleanability guarantee
- Aseptic version
- Reversible impact head
- Stable and self dampening pneumatic control
Downloads
GEA 洞察
GEA opens new technology center, strengthening its position in the growing pharmaceutical applications market
Together with Mona Neubaur, Minister of Economic Affairs of the German state of North Rhine-Westphalia, GEA CEO Stefan Klebert has opened a new technology center for pharmaceutical freeze-drying systems in Elsdorf, Germany. GEA employs approximately 260 people at the facility, which combines research and development with production and service under one roof.
