LINDE CRYOLINE XF

• Rapid freezing of high-volume meat proteins, such as poultry and red meat portions.
• Processing of prepared meals and ready-to-eat products, maintaining product integrity and texture.
• Freezing of seafood, including delicate items, to preserve quality and reduce dehydration.
• Suitable for bakery products requiring quick freezing to lock in freshness and shape.

Typical capacity

Designed for relatively large production capacities, often exceeding standard cryogenic freezers due to enhanced heat transfer.

Power supply

Commonly requires a 3-phase supply, typically between 380-500 V at 50/60 Hz for power, with 24 VDC for control circuits.

Cryogenic medium

Utilises either liquid nitrogen or carbon dioxide for efficient freezing.

Footprint

Units of this type are known for a smaller footprint relative to their output capacity compared to older cryogenic spiral freezers.

Belt type

Typically features a grid-style belt, often with a mesh overlay, designed for optimal product handling and cryogenic flow.

Heat transfer rate

Units in this class typically offer a significantly higher heat transfer rate than standard cryogenic spiral freezers.

• What are the primary benefits of a cryogenic spiral freezer like the CRYOLINE XF?

  Cryogenic spiral freezers offer very fast freezing times due to extremely low operating temperatures. This helps preserve product quality, shape, and yield, especially for high-temperature and high-moisture products.

• Is this unit suitable for products with high moisture content?

• What type of belt is typically used in a CRYOLINE XF?

• What maintenance is typically required for a cryogenic spiral freezer?

• Can this freezer handle different product types without extensive retooling?

Spiral freezers are valued in food processing for their compact footprint and efficient product handling. Buyers typically appreciate their gentle freezing action, which preserves product quality and texture. When purchasing used equipment, inspection of the spiral belt condition and refrigeration system performance is essential. The stainless steel construction generally resists corrosion well in demanding environments. Common considerations include maintenance costs and spare parts availability, though reliability across production runs remains a noted strength.

Allgemeiner Überblick für diesen Maschinentyp