Process flexibility
Supports blanching, enzyme inactivation, color protection and pre-cooking, with process settings matched to the product.



For blanching, enzyme inactivation, color protection and pre-cooking of fruit, vegetables, potato products and tofu products, configured around product form, temperature, residence time and capacity.
Configured around product characteristics, blanching temperature and treatment time for color protection, enzyme inactivation, pre-cooking and downstream cooling.
Supports blanching, enzyme inactivation, color protection and pre-cooking, with process settings matched to the product.
Circulating hot water remains in contact with the product for even heating during conveying.
Treatment temperature and conveyor speed control heating time and the required cooking level.
Continuous feeding and automatic discharge connect with washing, cooling, dewatering and pretreatment before freezing.
Circulating hot water continuously transfers heat to complete pre-cooking at the set temperature and treatment time.
The heating system continuously heats the water while circulation maintains a stable temperature throughout the blanching zone.
The conveying system moves the product steadily through the blanching zone, maintaining a continuous processing rhythm and consistent residence time.
Water temperature and conveyor speed work together to control treatment time for color protection, enzyme inactivation or pre-cooking.
After blanching or pre-cooking, the conveying system elevates and discharges the product automatically for connection to cooling or dewatering.
Use product type, treatment temperature, pre-cooking time and target capacity to define machine size, conveyor speed and temperature control.
Use product type, size, cut form and buoyancy to define the conveying and hold-down structures.
Define treatment temperature, processing time and cooling requirements for blanching, enzyme inactivation, color protection or pre-cooking.
Use hourly throughput, operating time and production rhythm to define machine width, effective length and conveyor speed.
Use the feeding method, discharge height and downstream cooling, dewatering, freezing or packing stages to define equipment interfaces and layout.
Share the product, target capacity, treatment temperature, processing time and downstream stage. We will help define the machine size and process parameters.