Quickly pass through the maximum ice crystal formation temperature zone, suppressing the growth of ice crystals and inhibiting cell destruction.
DEPAK freezing quickly passes through the maximum ice crystal formation temperature range at ultra-low temperatures, suppressing the formation of ice crystals and thereby reducing cell damage during freezing. It can be widely used for various ingredients such as meat, fish, prepared side dishes, and Western sweets. It suppresses oxidation during freezing, allowing the deliciousness to be preserved as is. Ingredients that have been frozen well will also have a different state after thawing. The DEPAK freezing chamber achieves results that are hard to believe for something that has been frozen once. *For more details, please contact us or download the catalog.
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basic information
【Lineup】 ■RAF-120 ■RAF-180 ■RAF-PH0.5 ■RAF-PH1.0 ■RAF-PH1.5 ■RAF-PH2.0 *For more details, please contact us or download the catalog.
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Applications/Examples of results
【Usage】 ■Applicable to all types of food such as fresh fish, meat, prepared dishes, rice, bread, cakes, croquettes, etc. *For more details, please contact us or download the catalog.*
Company information
Santech Giken Co., Ltd. conducts product development and sales to maximize the value of our customers' products in the fields of thawing, freshness preservation, and freezing through our unique DEPAK technology. In addition to product sales, we provide optimal proposals for our customers' production processes based on accumulated data on thawing, freshness preservation, and freezing through solution engineering. 【Santech Giken Co., Ltd. Vision】 In the food sector, we aim to be a company that provides solutions and technologies that solve our customers' problems and achieve the highest customer satisfaction by utilizing DEPAK technology. 【DEPAK Technology】 *DEPAK: An abbreviation for Dynamic Effect, Powerful Antioxidation Keeping, which is the brand name of our products. This technology aims to maintain food freshness, prevent oxidation, and activate cells by optimizing physical conditions such as high voltage, weak current, temperature, wind speed, and time.