In the frozen dessert industry, the "quick freezing" process of ice cream is the core link that determines product quality and production efficiency. Traditional quick freezing technology often leads to problems such as large ice crystals, rough taste, and flavor loss due to low freezing rate and inaccurate temperature control. However, the quick freezing solution developed by CBFI redefines the efficiency and quality standards of ice cream production through "micro level freezing control" and "intelligent dynamic temperature field management", opening up a more competitive market path for food enterprises.
The key to the quality of ice cream lies in the freezing form of water in the raw materials: if the freezing is too slow, the process of converting liquid water into ice crystals will form coarse ice particles, which will destroy the delicacy of the taste; If the temperature is not properly controlled, proteins and flavor compounds are prone to denaturation during freezing, leading to flavor loss. Traditional quick freezing equipment usually uses a single low-temperature environment for freezing, which makes it difficult to balance freezing speed and ice crystal size, and manually adjusting parameters can easily cause unstable batch quality.
This contradiction directly affects the market competitiveness of enterprises: on the one hand, consumers' demand for "delicate and residue free" high-end ice cream is increasing day by day; On the other hand, under traditional craftsmanship, it is difficult to balance production efficiency and quality assurance.
CBFI Quick Freezing Technology: Precise Breakthrough in Freezing Science
CBFI's solution is based on the theory of "freeze dynamics" and achieves industry breakthroughs through the following core technologies:
1. Multi level dynamic freezing system
The equipment adopts a "three-level progressive rapid freezing" process: in the first stage, the surface temperature of the ice cream is rapidly reduced by a -40 ℃ high-pressure airflow, forming a dense ice crystal layer; The second stage dynamically adjusts the temperature within the range of -25 ℃ to -35 ℃ to ensure slow crystallization of internal moisture; In the third stage, microwave-assisted technology is introduced to precisely regulate the core temperature gradient, keeping ice crystal particles below 10 microns and achieving a "nanoscale delicate taste".
2. Intelligent temperature field perception and regulation
Built in high-precision sensors, real-time monitoring of temperature difference inside and outside the product, prediction of ice crystal growth path, and dynamic adjustment of airflow direction and temperature.
3. Energy consumption optimization and flexible production
CBFI adopts variable frequency compressor and heat pump recovery technology, which saves 25% -30% energy compared to traditional equipment. At the same time, modular design supports flexible switching of freezing programs for different categories (such as ice cream, ice cream, milkshakes, etc.), helping enterprises quickly respond to market demand for diversified products.
