high temp short time pasteurization
High temp short time pasteurization has become the industry benchmark for balancing food safety with sensory quality. By heating milk to specific temperatures for a brief duration, processors can eliminate pathogens while preserving essential vitamins. This method is the backbone of high-volume liquid milk production across global markets today.
Understanding the Continuous Flow Heat Exchange Process
The core of this system relies on a sophisticated plate heat exchanger that facilitates rapid energy transfer. The process is governed by a closed-loop control system that monitors every millisecond of the holding time. This ensures that every drop of product meets international safety standards before cooling for packaging.
Superior Nutrient Retention Through Precision Holding Tubes
Product characteristics are the primary focus of Weishu's design, ensuring that proteins and enzymes remain intact during the heating phase. Our precision holding tubes are engineered to maintain a constant velocity, preventing over-processing. This allows dairies to deliver a product that tastes fresh while maintaining an extended refrigerated shelf life for retail distribution.
Seamless Integration with Existing Downstream Filling Lines
To ensure a continuous production flow, our HTST units are designed with intelligent buffering systems that synchronize perfectly with high-speed filling machinery. This prevents bottle-necks and reduces the risk of product stagnantion in the cooling phase. By maintaining a constant pressure and flow rate, Weishu equipment guarantees that your packaging process remains efficient.
Precise Plate Heat Exchanger Design for Maximum Surface Area
Every millisecond of the 15-second holding time is critical for achieving the desired microbial kill rate without scorching the dairy proteins. Our engineering team utilizes advanced fluid dynamics to optimize the corrugation pattern of each stainless steel plate. This maximizes heat transfer efficiency while minimizing the overall physical footprint of the pasteurization system.