ICEFLOW® Slurry Ice Machine

ICEFLOW® uses advanced slurry ice technology to help fishermen preserve the freshness and quality of harvested seafood from the moment it is caught. By producing slurry ice directly on board using seawater, ICEFLOW eliminates the need to load ice at the dock while delivering rapid chilling for maximum product quality and higher market value.

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Technical specifications

Specifications

Capacity
2 / 4 / 8 TPD
Slurry ice temperature
−2 °C to −4 °C
Refrigerant
R404A
Contact parts
Food-grade SS 316
Approx. weight
950 kg

Technical specifications

Specification F2-E F4-E F8-E
Ice production capacity 2 TPD 4 TPD 8 TPD
Compressor model HGX34e/380-4S HGX44e/665-4S HGX6/1440-4S
Power consumption 9.25 kW 14.5 kW 32.5 kW
Refrigerant R404A R404A R404A
Slurry ice temperature −2 °C to −4 °C −2 °C to −4 °C −2 °C to −4 °C
Dimensions (L × W × H) 1450 × 700 × 1460 mm 1450 × 700 × 1460 mm 1650 × 1100 × 1660 mm

Applications

Industries we serve

Fishing Boats Deep Sea Trawlers Commercial Fishing Vessels Seafood Harvesting Operations

Key features

Engineered detail that shows up in uptime

Produces 250 kg/hour of slurry ice using seawater on demand

Rapid, uniform cooling with no air pockets for superior heat transfer

Pumpable ice eliminates manual handling and transfer of crushed ice

Soft, crystal-free ice prevents damage to seafood, maintaining Grade A quality

Operating temperature of −2 °C to −4 °C preserves freshness and extends shelf life

All product contact parts manufactured from food-grade SS 316

Compact design weighing approximately 950 kg, ideal for vessels with limited space

Why choose ICEFLOW?

  • Fresh ice produced whenever required
  • Higher seafood quality and export value
  • Reduced labour and operating costs
  • Hygienic, food-grade construction
  • Compact, reliable and energy-efficient design
  • Built for demanding marine environments

How it works

From water to packed ice

  1. Requirement study

    Capacity, ambient, water chemistry and duty cycle audited on site.

  2. Engineering & design

    3D plant layout, P&ID, load calculations and energy modelling.

  3. In-house manufacturing

    Generators, condensers and skids fabricated and tested in our works.

  4. Installation & commissioning

    Our engineers erect, charge and prove performance on site.

  5. Training & lifetime support

    Operator training, spares and remote diagnostics for plant life.

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