Homogenizing Valves
The standard valve is able to satisfy different market requests thanks to its capacity to personalize the profile and materials used.


GEA Standard valve allows the profile and materials customization which can vary according to the application and the effect demanded on the final product.
The valve is available in different versions and it covers low and upper pressure range allowing the optimization of the process performance. The flat valve (S type) and the sharp edge profile (R type), which covers up to 1.500 bar of pressure, answers to different process needs: S type is ideal for emulsions and it permits a longer life-time of the product while R type is designed for high performances where a higher cell rupture process i required.
The optimization on the material used, often realized in collaboration with GEA major clients, contributed to define the standard valve quality, capable of combining mechanical resistance and compliance with current hygienic normative in the food and pharmaceutical industries.
S type profile features:
R type profile features:

Automated milking has become the first choice for many modern dairy farms. The benefits are compelling, and with a new batch milking solution from GEA, automated group milking for large dairy herds is possible without the need – and expense – of rebuilding existing facilities.
GEA has once again earned the highest rating – Platinum – in the globally recognized EcoVadis sustainability assessment. With a score of 92 out of 100, the machinery and plant manufacturer has improved significantly from last year’s result of 82 points. For the second year in a row, GEA ranks among the top one percent of more than 150,000 rated companies across 185 countries.
At Carlsberg’s Fredericia brewery, GEA VARIVENT valves are part of a long-game strategy. By reusing core valve bodies, retrofitting actuators and control tops, and planning maintenance around brewing seasons, Carlsberg extends asset life, reduces downtime and supports its ambitious water and sustainability targets.