| Total Ice Making Capacity | 20,000 kg/day |
| Number of Ice Blocks Per Shift | 400 blocks |
| Weight Per Block | 25 kg (12 × 21 × 70 cm) |
| Production Time Per Shift | 12 hours |
| Daily Block Production | 800 pieces |
| Power Supply | 380-415 V, 3 Phase, 50-60 Hz |
| Ice Temperature | -12 °C |
| Refrigerant | Freon R404A |
| Unit Weight | 10,500 kg |
| Unit Dimensions | 1200 × 225 × 150 cm |
| Power Consumption | 79.20 kW/h |
| Compressor Capacity | 120 HP |
| Condenser and Capacity | Air Condenser / 135,240 m³/h |
Producing 20 tons of block ice per day means more than just having a high production capacity. It also means servicing a wide customer network, supporting large-scale distribution operations, and providing a steady supply to industries where ice requirements are measured in tons rather than kilograms. TAMUTOM BIM20T Industrial Block Ice Machine is a high-capacity ice production system operating on the brine cooling principle, engineered for businesses requiring substantial volumes of block ice. Featuring a daily production capacity of 20,000 kg (20 tons), the BIM20T is designed for industrial ice production plants, commercial ice suppliers, fishing ports, seafood distribution hubs, and large-scale enterprises needing reliable ice supplies. The machine’s operational structure relies on a structured and predictable cycle: 400 blocks of ice weighing 25 kg each per 12-hour production cycle. Achieving a total of 800 ice blocks across two full daily production cycles, it fulfills its nominal 20-ton capacity. For enterprises looking to set up a new industrial ice plant or scale up existing capacity, the BIM20T delivers a robust production backbone capable of meeting high-volume commercial demands.
In industrial ice manufacturing, daily capacity delivers real commercial value only when translated into precise production and delivery logistics.
The nominal production values for the BIM20T are as follows:
20,000 kg: Total daily ice production capacity
800 blocks: Daily block ice output across two complete cycles
400 blocks: Ice blocks produced in a single 12-hour cycle
25 kg: Weight of each individual ice block
Each block measures approximately 12 × 21 × 70 cm. The standardized block dimensions streamline handling, storage, and transport logistics.
Approximately 10 tons of ice are harvested per production cycle. Operating over a 24-hour cycle allows the plant to consistently reach its nominal 20-ton daily target.
This organized schedule enables plant operators to efficiently align production with client orders, fishing vessel departures, loading workflows, and distribution needs.
The BIM20T elevates ice production from a simple manufacturing task into the backbone of a scheduled, commercial ice supply operation.
Not every cooling requirement benefits from rapid-melting or crushed ice.
In many industrial and commercial applications, the priority is to obtain solid, dense ice blocks that can be transported, stored, and utilized for long-lasting cooling over extended periods.
Block ice stands out due to its solid, integrated structure and relatively low surface-area-to-volume ratio.
Compared to smaller ice forms, large solid blocks melt significantly slower under similar conditions. This makes block ice optimal for transit, temporary storage, and long-distance handling.
The BIM20T produces dense block ice at a nominal temperature of around -12°C.
The standardized 25 kg block size provides a practical balance between manual handling and bulk commercial distribution.
Depending on the end-use application, blocks can be utilized whole or reduced into smaller pieces using dedicated ice-crushing equipment.
This operational versatility is a major commercial asset for facilities catering to diverse industry sectors from a single manufacturing hub.
For commercial ice suppliers, total production volume directly governs market reach and growth potential.
A block ice facility with a daily output of 20 tons serves as an ideal supply hub for wholesale distribution across cities, coastal regions, or industrial zones.
Target markets include commercial fisheries, seafood traders, food logistics firms, agricultural distributors, and heavy ice consumers.
The BIM20T helps operators establish structured daily routines and synchronize harvest times directly with client fulfillment schedules.
Supported by appropriate cold storage and transport infrastructure, businesses can organize production cycles to match peak demand periods and scheduled deliveries seamlessly.
Ice demand at fishing ports typically surges during specific operational windows.
Multiple vessels may require rapid bunkering before setting sail, while arriving fleets need immediate ice for offloading, sorting, and preserving catch quality.
This creates sharp demand spikes requiring heavy ice volumes over short timeframes.
A high-capacity block ice system provides the necessary infrastructure to feed multiple marine operations from a centralized facility.
The BIM20T is an effective solution for commercial fishing harbors, cooperatives, collection hubs, and coastal ice suppliers.
Reliable access to large ice volumes preserves seafood freshness during handling and transit, maintaining strict temperature controls.
Throughout seafood supply chains, harvesting, handling, processing, and shipping require precise thermal management.
In facilities relying on block ice for cold preservation, industrial capacity ensures uninterrupted supply chains.
The BIM20T is designed for processing plants, fish wholesalers, and cold-chain logistics providers requiring reliable ice generation.
The standard 25 kg block format integrates easily with commercial transport equipment and handling systems built for these dimensions.
When crushed ice is needed, compatible crushing machinery can be seamlessly integrated into the facility's overall processing and distribution setup.
Large agricultural wholesale hubs and fresh produce hubs consume vast amounts of ice for long-haul shipping and storage.
Block ice serves as a portable thermal reservoir for long routes and multi-stop delivery trucks.
For ice suppliers serving agricultural sectors, the BIM20T provides a dependable, high-volume production line.
During hot-weather concrete pouring, ice is integrated into mixing processes to control hydration temperatures and prevent structural cracking.
Large infrastructure projects require variable ice volumes depending on mix design, ambient temperatures, and daily pour rates.
The BIM20T can serve as a central ice source for concrete batching plants that specify block ice cooling.
Auxiliary equipment—such as crushers, weighing units, and automated dosing conveyors—may be required to feed ice into batch mixers.
System integration should be tailored to the batching plant's specific operational requirements.
The BIM20T operates using the time-tested brine cooling method.
Water-filled ice cans are immersed in chilled brine, transferring heat efficiently until the water freezes solid into durable blocks.
The freezing cycle proceeds systematically, freezing hundreds of ice blocks concurrently.
The BIM20T features a nominal 12-hour freezing cycle, harvesting 400 blocks per cycle.
The refrigeration system is powered by a 120 HP compressor capacity paired with an air-cooled condenser.
According to technical specifications, the unit operates on a 380–415 V, 3 Phase, 50–60 Hz power supply using R404A refrigerant.
Brine-based freezing remains one of the most reliable and efficient methods for producing heavy, solid block ice on an industrial scale.
A high-capacity ice machine is a core asset of an industrial facility, but it requires supporting infrastructure to function at peak efficiency.
Fully utilizing a 20-ton daily capacity requires well-planned facility workflows and auxiliary systems.
Water feed, power supply, harvesting routines, handling equipment, storage, and dispatch logistics must operate in harmony.
A typical commercial workflow follows this sequence:
Water Supply → Ice Block Freezing → Block Harvesting → Transport & Storage → Dispatch & Client Delivery
Facility layout depends on production targets, available footprint, labor organization, and client demand schedules.
For instance, a port facility may schedule harvests around early morning boat departures and afternoon landings.
A wholesale supplier might structure cycles to align with fleet loading times.
In concrete cooling, ice harvesting must match batching plant pouring schedules continuously.
Regardless of the application, the primary goal remains identical: Having sufficient ice ready precisely when needed.
The BIM20T delivers the core output needed to build a successful, large-scale commercial ice supply business.
Selecting an industrial block ice machine requires evaluating complete operational and commercial goals, not just machine output.
Before launching a new plant or expanding capacity, several key operational parameters should be thoroughly analyzed.
A 20-ton capacity should be evaluated against real market demand, seasonal peaks, and projected business growth.
Aligning output capabilities with sales goals prevents underutilization and optimizes operating costs.
Demand may spike during vessel departures, transport loading hours, or specific factory shifts.
Understanding these peak windows determines how harvesting, storage, and logistics should be organized.
Harvesting 800 blocks daily requires efficient material handling, internal transport, temporary storage, and truck loading systems.
Designing efficient workflows and selecting proper handling tools ensures smooth plant operations.
Some customers require solid 25 kg blocks, while others need crushed or chipped ice.
This requirement dictates whether ice crushers and specialized loading equipment must be added to the layout.
Since production and demand schedules rarely align perfectly, temporary storage solutions should be planned to buffer inventory.
Electrical capacity, water supply, equipment access, floor space, and ambient conditions must be evaluated prior to installation.
Addressing these factors early guarantees smooth installation and long-term operational success.
Investing in a 20 ton/day block ice machine is a strategic step toward expanding commercial capacity.
Whether building a wholesale ice business, scaling up factory output, supplying fishing fleets, or establishing regional supply networks, success relies on consistent high-volume output.
TAMUTOM BIM20T combines a 20,000 kg nominal capacity with standard 25 kg blocks and a reliable 12-hour production cycle.
These features make the BIM20T an ideal choice for industrial businesses seeking predictable output aligned with commercial distribution.
Whether supplying harbors, seafood processors, agricultural supply chains, or operating an independent ice factory, the BIM20T delivers the performance required for high-volume success.
