Uniform thawing
Circulating water and stable temperature control thaw frozen products progressively while reducing local under-thawing or over-thawing.



For continuous thawing of frozen meat, seafood, fruit and vegetables, using circulating water, temperature control and conveying rhythm to improve uniformity.
Circulating water, temperature control and continuous conveying improve thawing uniformity while reducing localized over-thawing and product damage.
Circulating water and stable temperature control thaw frozen products progressively while reducing local under-thawing or over-thawing.
Continuous feeding and automatic discharge support batch processing of frozen meat, seafood and other frozen products.
Gentle water movement and stable conveying reduce impacts and compression, helping maintain raw-material integrity.
Machine length, water temperature, conveyor speed and treatment time can be adjusted around frozen condition and capacity.
A constant-temperature water bath, bubble agitation and circulating filtration thaw frozen products uniformly within a controlled treatment time.
The temperature-control system maintains the set water temperature, using heat exchange between water and frozen products for uniform thawing.
Continuous bubble agitation moves the water and turns frozen products so different surfaces fully contact the thawing water.
Thawing water circulates continuously through a filtration unit that removes debris and maintains relatively clean, stable water.
Adjusting conveyor speed controls residence time in the thawing zone so products reach the target thawing condition.
Use product type, frozen condition, target thawing level and capacity to define water temperature, treatment time and machine length.
Confirm product type, size, packaging, initial temperature and frozen condition.
Define target core temperature, thawing uniformity and drip-loss control requirements.
Use hourly throughput and allowable thawing time to define tank length, conveyor speed and circulating-water volume.
Coordinate equipment interfaces and the complete line layout around site water supply, drainage, transfer heights and downstream processing.
Share the frozen product, dimensions, inlet and outlet temperatures, target capacity and downstream process. We will help define machine size and operating parameters.