Precision-engineered for tropicalized resilience, low kWh/ton power consumption, and zero-downtime continuous operation in high ambient temperatures.
Compact 500kg to 2 Ton/day flake ice system engineered with heavy-duty chrome evaporator for quick heat transfer and high-efficiency ice harvesting in food processing.
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Robust 1-Ton industrial flake ice generator featuring automatic microcomputer control, Bitzer/Copeland compressors, and corrosion-proof stainless housing.
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Commercial grade 3-Ton (3000kg/24h) continuous ice maker optimized for large-scale fishing vessels, meat processing facilities, and chemical cooling basins.
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High-purity stainless steel tube ice machine designed for easy maintenance, hygienic ice production, and low operational cost in commercial distribution.
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Dual-ton industrial cooling ice generator engineered specifically for mass concrete pre-cooling, pelagic seafood preservation, and tropical climate stability.
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Heavy-duty 10-Ton automated ice flaker featuring energy-saving air cooling systems, Danfoss expansion valves, and seamless PLC touch interface.
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Off-grid capable solar-assisted industrial ice generator, built for remote mining operations, agricultural hubs, and high-energy tariff locations across South America.
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Industrial flagship 10-Ton stainless steel ice maker engineered for non-stop 24/7 harvest cycles, rapid seafood core freezing, and harsh marine environment resistance.
Get a QuoteIn the modern industrial landscape, thermal management encompasses both extreme chilling—such as sub-zero flake ice generation—and strategic water circulation, historically termed industrial de-icing and aeration. In South America's largest economy, Brazil, managing heat transfer in tropical ambient conditions presents a unique challenge for civil engineers, seafood exporters, meat processors, and municipal water managers. As China's leading exporter of heavy-duty industrial de-icers and continuous flake ice machinery, our manufacturing plant delivers European-standard mechanical engineering combined with Asian cost-efficiency, ensuring operational continuity across Brazil’s diverse ecosystems.
SEO & Engineering Information Gain Note: In tropical industrial applications, "De-Icing" and "Thermal Control" refer to preventing thermal stagnation, maintaining sub-zero ice flaking for chemical/concrete exothermic reactions, and preserving cold-chain integrity from Santos port logistics to inland agro-industrial complexes in Mato Grosso.
Brazil ranks among the world’s top producers of poultry, beef, sugarcane, and pelagic marine catch. Maintaining product quality across vast geographic distances requires rapid thermal extraction at the source. Industrial flake ice—thin, dry, sub-cooled flakes (−5°C to −8°C)—is the gold standard for immediate cooling because it offers maximum surface area contact without sharp edges that damage delicate fish skin or poultry muscle fibers. Furthermore, massive concrete pouring operations for hydro-dams, highway bridges, and port terminals require ice replacement in mixing water to prevent micro-cracking caused by hydration heat during setting.
Simultaneously, open-water aquaculture, industrial retention basins, and port docks across Southern Brazil experience seasonal water stratification, organic sludge build-up, and localized thermal freezing risks in mountain/plateau regions during Austral winters. Deploying propeller-driven industrial aerators and dock-mount de-icers guarantees continuous water flow, eliminating stagnation and protecting costly aquatic infrastructure.
Our heavy-duty flake ice machines and industrial water management de-icers are tailor-made for Brazil's demanding operational environments. Below are five core sectors where our systems deliver proven performance:
Installed directly on ocean trawlers or at coastal ports in Santos (SP), Rio Grande (RS), and Itajaí (SC). Sub-cooled flake ice rapidly chills fresh catches of tuna, snapper, and shrimp, maintaining sub-zero core temperatures without skin damage.
Essential for major civil infrastructure project sites across Minas Gerais and São Paulo. Flake ice is introduced into concrete batching plants during mixing to suppress hydration temperature spikes, guaranteeing structural integrity in 35°C+ summer heat.
Widely adopted by slaughterhouses in Paraná and Santa Catarina. Direct injection of flake ice into meat cutters and sausage mixers prevents protein breakdown caused by mechanical friction heat during grinding.
Chemical processing plants in Camaçari (BA) and Paulínia (SP) utilize industrial flake ice to absorb heat instantly during exothermic organic dye synthesis and pharmaceutical compounding.
Protecting commercial docks, boat lifts, and industrial retention ponds in Southern Brazil during cold fronts by preventing ice lock and maintaining dissolved oxygen (DO) levels.
As Brazilian industrial buyers update their capital equipment, purchasing criteria have shifted dramatically toward green sustainability, electrical power efficiency, and compliance with national safety mandates.
Brazilian power tariffs (especially in peak industrial zones) dictate high EER (Energy Efficiency Ratio) compressor selection. Our machines utilize eco-friendly refrigerants (R449A, R717 Ammonia, or R290 Propanes) alongside oversized evaporators, cutting electricity consumption per ton of ice by up to 18%.
With Brazil leading Latin America in solar photovoltaic (PV) generation, off-grid agricultural ranches in the Pantanal and remote coastal fisheries are turning to solar-assisted flake ice plants. Our newest solar-powered models allow seamless connection to DC microgrids.
Industrial machinery imported into Brazil must adhere strictly to NR-12 (Machinery Safety) standards. Our export lines feature emergency stop controls, enclosed IP65/IP66 electrical cabinets, and safety interlocks engineered to pass Brazilian customs without delay.
Modern plant operations in São Paulo require real-time telemetry. Our PLC-driven ice flakers integrate Modbus/RS485 and Wi-Fi modules, giving facility managers automated alerts for water pressure, ice thickness, and compressor diagnostic health.
Select the ideal daily output and cooling configuration for your Brazilian plant infrastructure:
| Model Capacity | Cooling Type | Compressor Brand | Power Input (380V/60Hz) | Refrigerant | Key Application in Brazil |
|---|---|---|---|---|---|
| 500 kg / 24h | Air / Water Cooled | Danfoss / Copeland | 2.2 kW | R404A / R449A | Supermarkets, Small Seafood Depots |
| 1 Ton / 24h | Air Cooled | Bitzer / Copeland | 4.1 kW | R404A | Commercial Fishing Boats, Poultry Chillers |
| 2 Ton / 24h | Air / Water Cooled | Bitzer Semi-Hermetic | 7.8 kW | R404A / R507 | Concrete Batching, Regional Meat Packing |
| 3 Ton / 24h | Water / Evaporative | Bitzer Screw / Recip. | 11.5 kW | R404A / R717 | Medium Industrial Processing Plants |
| 10 Ton / 24h | Evaporative Condenser | Bitzer / Hanbell Screw | 38.5 kW | R404A / R717 Ammonia | Large Infrastructure Concrete, Port Terminals |
| Solar 2-5 Ton | Solar Hybrid DC/AC | Custom DC Compressor | Solar PV Driven | R290 / R410A | Off-Grid Agro Hubs, Remote Amazon Basin |
Rooted in decades of industrial fluid mechanics and heat exchanger design, our factory stands out as China's premier manufacturer and direct exporter to South America. We do not simply assemble parts; we engineer complete thermal systems from the ground up.
Our flake ice evaporators are forged from heavy-duty AISI 304/316 stainless steel or high-heat-conduction alloy steel with hard chrome plating. Precision CNC welding prevents refrigerant leakage even under continuous 24/7 vibration.
Standard machines fail when operating in 40°C Brazilian summer heat. Our export models feature oversized condensers, anti-corrosion marine coatings, and dual 60Hz motor windings specifically configured for Brazilian electrical grids (220V/380V/440V 60Hz).
Eliminate middleman markups. We handle direct containerized shipping to key Brazilian ports (Santos, Paranaguá, Rio de Janeiro, Salvador, Navegantes) with complete shipping documentation, Certificate of Origin, and tariff classification support.
Every unit undergoes strict factory load testing before dispatch. Backed by a full factory warranty, replacement components (expansion valves, ice blades, water pumps, PLC screens) ship rapidly within 3 business days.
Expert answers addressing customs compliance, technical electrical compatibility, shipping logistics, and equipment sizing.
Unlike standard 50Hz machines used in Europe/Asia, all units exported to Brazil are custom-wound for 60Hz operation. We configure electrical control panels for your specific regional supply, whether it is 220V 3-Phase (common in parts of SP), 380V 3-Phase, or 440V industrial grid supply, complete with Schneider/Siemens contactors.
A Flake Ice Machine produces sub-zero (−5°C to −8°C) solid dry ice flakes for direct contact cooling in meat, fish, and concrete processing. An Industrial De-Icer/Aerator is a high-volume fluid circulation system deployed in docks, ponds, and open basins to push warm bottom water upward, preventing winter freezing, eliminating thermal stratification, and increasing dissolved oxygen.
Yes. Our export engineering team builds machines with NR-12 compliance options, including emergency stop buttons, physical safety guards over rotating ice cutter blades, IP65 enclosure ratings, and comprehensive bilingual (Portuguese/English) manual documentation to facilitate smooth customs clearance.
Standard production and factory testing take 10 to 15 days. Ocean freight from main Chinese ports (Ningbo/Shanghai/Qingdao) to Santos or Paranaguá typically takes 30 to 35 transit days. For urgent projects, emergency spare parts are dispatched via air courier within 3 business days.
Flake ice has a thickness of 1.5mm to 2.2mm with an extensive contact surface area per unit weight. When added to concrete batching mixers, it melts almost instantly during mixing, rapidly absorbing heat without leaving un-melted ice pockets that create voids inside cured concrete structures.
Yes, we offer specialized Marine Seawater Flake Ice Machines equipped with anti-corrosive Alpha-Brass or 316L Stainless Steel evaporators, anti-sway oil sumps, and marine-grade salt-water pumps engineered specifically for onboard fishing trawlers.
We provide full technical documentation, detailed CAD schematics, and NCM (HS Code) classifications required by Brazilian customs brokers to apply for Ex-Tarifário tax exemptions when domestic Brazilian production for a specific high-efficiency model does not exist.
Routine maintenance includes monthly cleaning of water distribution trays, inspecting ice cutter blade clearance, periodic water filter cartridge replacement, and quarterly condenser coil descaling. Our PLC units automatically alert operators when maintenance cycles are due.
Speak directly with our senior thermal engineers for custom sizing, technical CAD drawings, and factory-direct B2B quotations delivered within 24 hours.
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