Flake Ice Machine-AP Series for Seafood, Clinical, and Cold-Chain Logistics-HSYL Food Processing Equipment Manufacturer

Detailed Equipment Introduction

Gain in-depth insights into Flake Ice Machine-AP Series for Seafood, Clinical, and Cold-Chain Logistics equipment’s working principles, application scenarios, and technical highlights.

Product Introduction

From the moment fresh seafood lands at a processing dock to the minute it reaches a retail display bed, flake ice is the connective tissue that holds temperature, texture, and visual freshness together. The Flake Ice Machine-AP Series is built around this cold-chain reality, scaling across twelve model tiers from AP-200 at 200 kg/24h up to AP-5000 at 5,000 kg/24h — a single platform that serves a small clinic beverage station and a mega seafood logistics center without changing refrigerant family or control logic.

Every AP Series model ships with R290 refrigerant, the EU- and US-mandated hydrocarbon that replaces R134a after the 2025 regulatory cutoff. This eliminates future compliance risk for export buyers and avoids the stranded-asset scenario facing R134a fleets. The line splits cleanly along voltage infrastructure: AP-200 through AP-600 run on 220V for clinics, small hotels, and seafood markets where 220V is standard in 85% of facilities, while AP-1000 through AP-5000 step up to 380V for industrial sites, hospital campuses, airport cold-chain hubs, and large seafood processing plants. For buyers mapping a complete cold-chain layout, the AP Series integrates into a broader commercial kitchen and cold-chain equipment plan that pairs flake ice generation with downstream display and storage.

Technical Specification

Model	Dimensions (mm)	Cooling	Output (24h)	Voltage	Power (W)	Procurement Note
AP-200	560×860×1600	Air-cooled	200 kg	220V	1200	Ideal for clinics/small hotels (220V standard in 85% of hospitals)
AP-300	760×860×1700	Air-cooled	300 kg	220V	1600	Lab/seafood market (220V common in EU/Asia)
AP-500	760×860×1900	Air-cooled	500 kg	220V	2500	~$1,800/year saved vs. R134a systems (220V efficiency)
AP-600	1220×960×1900	Air-cooled	600 kg	220V	3000	Seafood market (220V cost-effective for <1,000 kg/day)
AP-1000	1230×1250×2050	Air-cooled	1000 kg	380V	4800	Hospital/airport (380V standard in EU/US industrial sites)
AP-1200	1230×1250×2050	Air-cooled	1200 kg	380V	5000	Large supermarket chain (380V for 1,000+ kg/day)
AP-1500	1320×1250×2180	Air-cooled	1500 kg	380V	7300	Seafood processing plant (380V for >1,000 kg/day)
AP-2000	1500×1250×2450	Air-cooled	2000 kg	380V	8500	99.5% uptime (vs. industry 85%)
AP-2500	1500×1250×2500	Air-cooled	2500 kg	380V	9700	Food distribution hub (380V cost efficiency)
AP-3000	1800×1600×2900	Air-cooled	3000 kg	380V	12200	Large seafood logistics center
AP-4000	1800×1600×2900	Air-cooled	4000 kg	380V	16300	5000kg model available (AP-5000)
AP-5000	1800×1600×2900	Air-cooled	5000 kg	380V	19600	EU-compliant R290 (no future regulatory risk)

Refrigerant: R290 across all models (EU/US compliant, replacing R134a after 2025). AP-5000 draws 19.6 kW for 5,000 kg output — approximately 35% lower energy cost than comparable 25 kW competitor units.

Working Process

Connect water supply and confirm voltage configuration (220V for AP-200 to AP-600, 380V for AP-1000 to AP-5000), then initialize the R290 refrigeration loop and evaporator spray system.
Water is sprayed onto the evaporator surface, freezing into a thin flake layer that is harvested continuously by the ice blade — flake ice drops directly into the storage bin or conveyor for immediate deployment to seafood display beds, hospital beverage stations, or logistics cold holds.
Distribute flake ice to target applications: seafood market display, supermarket aquatic section, hospital clinical service, or processing line cooling. For venues running parallel beverage and preservation service, pair the AP Series with a Snowflake Ice Machine-SF Series to cover drink-grade ice alongside preservation-grade flake ice.
Flush the water circuit weekly, inspect the evaporator blade monthly, and validate R290 refrigerant pressure quarterly. Run a daily flake-thickness and purity check before first service to confirm the ice meets food-contact and clinical-grade standards required by hospital and seafood buyers.

Applications

Clinics and small hotels requiring 200 kg/24h beverage and clinical ice (AP-200)
Laboratories and seafood markets running 300–600 kg/24h on 220V infrastructure (AP-300, AP-500, AP-600)
Hospitals and airport culinary lounges with 380V industrial supply (AP-1000)
Large supermarket chains requiring 1,000+ kg/day continuous output (AP-1200)
Seafood processing plants needing 1,500 kg/day for production-line cooling (AP-1500)
Food distribution hubs and large seafood logistics centers running 2,000–5,000 kg/day (AP-2000 to AP-5000)
EU/US export buyers requiring R290 compliance for post-2025 regulatory markets

Advantages

Twelve-model ladder from 200 kg to 5,000 kg per 24 hours lets buyers match output to a single clinic or a mega seafood logistics center without leaving the AP platform.
Mandatory R290 refrigerant across all models ensures EU and US compliance after the 2025 R134a ban, eliminating future regulatory risk and stranded-asset exposure for export buyers.
Voltage split — 220V on AP-200 to AP-600 and 380V on AP-1000 to AP-5000 — matches global electrical infrastructure, with 220V standard in 85% of hospitals and 380V standard in EU/US industrial sites.
AP-5000 delivers 5,000 kg/24h on 19.6 kW power draw, roughly 35% lower energy cost than comparable 25 kW competitor units — a measurable operating-cost advantage for high-volume buyers.
AP-2000 validates at 99.5% uptime versus an 85% industry average, supporting continuous-duty deployment in seafood processing plants and hospital campuses where downtime is unacceptable.
Air-cooled condenser family eliminates water-cooling infrastructure dependency, simplifying installation in facilities without dedicated cooling water supply.
Standardized footprint family within each voltage tier (760×860 mm for AP-300/500; 1230×1250 mm for AP-1000/1200; 1800×1600 mm for AP-3000 to AP-5000) supports multi-site layout planning and future capacity upgrades.

CTA

Request a quote with your daily flake ice demand, facility voltage (220V/380V), and target deployment environment.
Ask HSYL engineers for R290 compliance documentation and EU/US export certification support.
Confirm model selection for multi-site rollouts — HSYL can map capacity per location across the AP-200 to AP-5000 range.

Frequently Asked Questions

Why does the AP Series use R290 instead of R134a?

R290 is the EU- and US-mandated hydrocarbon refrigerant replacing R134a after the 2025 regulatory cutoff, so all AP Series models ship with R290 to eliminate future compliance risk and avoid stranded-asset exposure for export buyers.

How do I choose between 220V and 380V models?

AP-200 through AP-600 run on 220V for clinics, small hotels, and seafood markets where 220V is standard in 85% of facilities, while AP-1000 through AP-5000 step up to 380V for industrial sites, hospitals, airports, and large seafood processing plants where 380V is the EU/US industrial standard.

What is the maximum daily output of the AP Series?

The AP-5000 delivers 5,000 kg of flake ice per 24 hours on a 19.6 kW power draw, roughly 35% lower energy cost than comparable 25 kW competitor units, engineered for large seafood logistics centers and mega-retail distribution hubs.

Is the AP-2000 suitable for 24/7 continuous-duty deployment?

Yes, the AP-2000 validates at 99.5% uptime versus an 85% industry average, making it suitable for seafood processing plants, hospital campuses, and food distribution hubs where downtime directly impacts product safety and revenue.

Can a multi-site buyer standardize on the AP Series across different facility sizes?

Yes, the AP Series covers twelve tiers from 200 kg to 5,000 kg per 24 hours within a standardized footprint family, so buyers can plan cold-chain layouts once and select the right model per location — from a small clinic to a mega seafood logistics center.

What maintenance is required to keep rated output across the 1200W–19600W range?

Weekly water circuit flushing, monthly evaporator blade inspection, quarterly R290 refrigerant pressure validation, and a daily flake-thickness and purity check before first service are recommended to maintain rated capacity and food-contact compliance.

Does HSYL provide EU and US export compliance documentation?

Yes, HSYL supplies R290 compliance certification, CE documentation, and export paperwork for EU and US markets, and can confirm voltage, plug specification, and refrigerant grade before shipment to match destination regulatory requirements.