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
Making milk production more sustainable for a growing world
The world's population is growing and with it demand for milk. Dairy is an essential component of many global diets. However, its production can be resource-intensive and impact the environment. GEA’s Christian Müller, Senior Director Sustainability Farm Technologies, sheds light on how technological innovations powered by GEA make milk production more efficient and profitable.
