Pasteurized sterilizing and cooling machine is also called sterilization equipment.
 
● Continuous processing for high production efficiency;
● Uniform heating/cooling via water bath ensuring product quality;
● Precise temperature control for consistent pasteurization effect;
● Gentle handling reducing product damage;
● Integrated heating and cooling stages saving space and energy;

Plate sterilizer is also called sterilization equipment.
 
● High heat transfer efficiency for rapid sterilization;
● Compact design saving installation space;
● Easy disassembly for convenient cleaning and maintenance;
● Flexible adjustment of processing capacity;
● Low product hold-up volume reducing waste;

Retort sterilizer is also called sterilization equipment.
 
● High-pressure and high-temperature capability for thorough sterilization;
● Versatile for various packaging types and product viscosities;
● Uniform heat distribution ensuring consistent microbial reduction;
● Reliable batch processing with precise parameter control;
● Robust construction for long-term industrial durability;

Tube in tube sterilizer is also called sterilization equipment.
 
● Efficient heat transfer via nested tube design;
● Suitable for high-viscosity or particulate-containing products;
● Minimal product retention reducing waste;
● Compact structure saving installation space;
● Easy to clean and maintain with accessible tube assemblies;

Tubular sterilizer is also called sterilization equipment.
 
● High heat transfer efficiency with large surface area;
● Suitable for high-volume and high-viscosity products;
● Robust structure for long-term industrial use;
● Easy to scale up for expanded production needs;
● Simple maintenance with accessible tube bundles;

Instant sterilizer is also called ultra high temperature sterilizer.
 
● Ultra-short processing time preserving product nutrients and flavor;
● High-temperature instant sterilization ensuring thorough microbial inactivation;
● Continuous operation suitable for large-scale production;
● Minimal heat impact reducing product quality degradation;
● Compact system design with efficient energy utilization;