Primary use case.
UHT System
The blended material, prior to be filled, needs to be sterilized with the most common process, thermal sterilization. According to different product characteristics, the subsequent matching of the filling.
Product family.
Proposal inputs.
The blended material, prior to be filled, needs...
The blended material, prior to be filled, needs to be sterilized with the most common process, thermal sterilization. According to different product characteristics, the subsequent matching of the filling process and the shelf life, ultra-high temperature treated (UHT) can be selected, usually heating to 130 °C for more than a few seconds.
Heat exchanger may be in the form of...
Heat exchanger may be in the form of a plate, a tube, a bellows, or the like. For products with pulp particles or high viscosity, tubular exchangers must be used to prevent clogging. At the same time, the tubular heat exchanger also has a more powerful pressure bearing capacity.
For cloudy beverage or milk based juice, we...
For cloudy beverage or milk based juice, we recommend tubular UHT; for a clear juice, plate UHT can be used.
Overview
UHT System
The blended material, prior to be filled, needs to be sterilized with the most common process, thermal sterilization. According to different product characteristics, the subsequent matching of the filling process and the shelf life, ultra-high temperature treated (UHT) can be selected, usually heating to 130 °C for more than a few seconds.
Engineering Notes
Process and delivery considerations
Heat exchanger may be in the form of a plate, a tube, a bellows, or the like. For products with pulp particles or high viscosity, tubular exchangers must be used to prevent clogging. At the same time, the tubular heat exchanger also has a more powerful pressure bearing capacity. For cloudy beverage or milk based juice, we recommend tubular UHT; for a clear juice, plate UHT can be used.