YUTANK - Expert in RAS Aquaculture Systems

Product Description Product Name Galvanized Fish Tank Volume 6~832m³ Brand Name Yutank \ OEM Material Galvanized material Feature Durable&Anti-corrosion Place of Product Guangdong Province,China Shape Round Modes of packing SET Size (diamater*height) Customizable Type SeaWater&Freshwater Tank

RAS SYSTEM EQUIPMENTProtein SkimmerCirculating water aquaculture filterDischarge 30-60  m³/HSource Factory

Specification Model Cpacity Power Dimension ED-PP-30 30m³/h 0.37KW 1100*850*770mm（L*W*H） ED-PP-60 60m³/h 0.75KW 1400*1000*1050mm（L*W*H） ED-PP-80 80m³/h 0.75KW 1500*1100*1050mm（L*W*H） ED-PP-100 100m³/h 0.75KW 1800*1100*1050mm（L*W*H） ED-PP-200 200m³/h 1.5KW 2100*1400*1250mm（L*W*H） ED-PP-300 300m³/h 1.5KW 2450*1700*1530mm（L*W*H）

Product Description Product Name Galvanized Fish Tank Volume 6~832m³ Brand Name OEM Material Galvanized material Feature Durable&Anti-corrosion Place of Product Guangdong Province,China Shape Round Modes of packing SET Size (diamater*height) Customizable Type SeaWater&Freshwater Tank

Specification Model Cpacity Power Dimension ED-PP-30 30m³/h 0.37KW 1100*850*770mm（L*W*H） ED-PP-60 60m³/h 0.75KW 1400*1000*1050mm（L*W*H） ED-PP-80 80m³/h 0.75KW 1500*1100*1050mm（L*W*H） ED-PP-100 100m³/h 0.75KW 1800*1100*1050mm（L*W*H） ED-PP-200 200m³/h 1.5KW 2100*1400*1250mm（L*W*H） ED-PP-300 300m³/h 1.5KW 2450*1700*1530mm（L*W*H）

Custom-built aquaculture tanks are no longer a luxury but a baseline demand in modern RAS operations. Especially for hatcheries and grow-out farms that operate under strict water quality control, tank adaptability directly affects survival rates, feed conversion, and system downtime. At YUTANK, we’ve spent years supplying food-grade PP aquaculture tanks in diverse geometries and capacities to fit global installations—from compact fish fry incubators to large-scale, open-round tanks over 15 meters in diameter. What makes our tanks stand out isn’t just the variety of sizes; it’s the engineering behind each detail. Sloped bottoms for efficient sludge removal, reinforced rib structure to withstand hydrostatic loads, and thermal-resistant materials that adapt to tropical and temperate aquaculture alike—all of these come from ongoing dialogues with real-world farms. Used across tilapia, trout, shrimp, and hybrid fish systems, our customizable tanks support both freshwater and marine configurations. Every build is optimized for the layout of your filtration loop and stocking density, with optional accessories like partition baffles, overflow ports, or mating connections for inline filters.

Key attributes Place of Origin Guangdong, China Specification customize Manufacturer Huizhou Beehive Aquaculture Equipment Co., Ltd. Brand Name Huizhou Beehive Aquaculture Equipment Co., Ltd. Instruction for use aquaculture oxygen cone Product name Oxygen Cone Application fish farming oxygenator Use fish farming oxygen cone Function Oxygenate for fish farm system Packaging and delivery Selling Units Single item Package size per batch 170X170X400 cm Gross weight per batch 200.000 kg

Reinforced Polypropylene Fish Tank is built tough as old boots, made to handle the grind of intensive RAS farming and overseas hatcheries. It supports stocking densities up to 100 kg/m³, letting you pack more fish or shrimp per volume without choking the system. Reinforced polypropylene construction means this tank stands up to harsh farm conditions—UV, corrosion, and physical knocks—lasting well over 10 years with routine care. The tank’s large volume suits big operations that want to keep fish healthy while cutting maintenance costs. We’ve shipped these tanks to more than 20 countries, and one shrimp farm buyer told us their yield climbed nearly 30% after switching. No fancy bells here, just a straightforward tank that saves thousands on power and hassle. Most crews just check weekly and get on with their day.

Polypropylene Tank PT-500 is a corrosion-resistant storage and process tank designed for recirculating aquaculture systems (RAS) and general aquaculture water handling. It’s made from polypropylene (a chemical-stable, UV-resistant polymer) and is offered in customizable sizes to match different pond, hatchery, or RAS module layouts. Why this matters: in RAS you’re managing salty, oxygenated, or organic-rich water that wears down ordinary metal or painted tanks. Polypropylene gives you a low-maintenance vessel that won’t flake, rust, or leach, so you spend less time on repairs and more time on production. YUTANK documents also note factory testing and inspection routines that back up shipment quality and reduce field surprises. How people use it day-to-day: as a sump, live-stock holding tank, buffer for filtration, or chemical dosing vessel in hatcheries and commercial farms. The design focus is practical — easy install, easy access for cleaning, and straightforward integration with drum filters, skimmers, and pumps commonly used in RAS setups.

The 74μm Drum Filter for High-Density RAS Settling & Filtration Systems is tough as old boots, made for farms pushing stocking densities around 100 kg/m³. It’s designed to chew up solids before they reach your biofilters, keeping water clearer and systems running longer without clogging. Used in over 20 countries, this drum filter fits tight in overseas hatcheries and commercial farms alike. One shrimp farm buyer told us switching to this filter bumped their yield by nearly 30%. Its stainless steel mesh and durable frame stand up to constant use and easy cleaning, with minimal maintenance—most crews just check it weekly. No fluff here—just reliable, rugged filtration that saves you thousands on power and downtime, letting fish stay healthy and grow fast.

In high-density aquaculture systems, especially within intensive RAS operations, protein skimmers (also known as foam fractionators) are not optional—they’re a necessity. These units are responsible for stripping dissolved organic compounds (DOCs), suspended solids, and excessive surface foam before they compromise biofiltration efficiency or fish health. YUTANK protein skimmers are engineered for industrial aquaculture environments and built to withstand long-hour continuous operation across seawater, brackish, and freshwater systems. What sets our models apart is the fine-tuned venturi injection system, combined with a high-capacity contact chamber. These enable microbubble generation in the 20–80 µm range, critical for maximum surface area interaction with organic waste particles. Our equipment has been implemented in global installations ranging from salmon hatcheries in Scandinavia to tropical marine species farms across Southeast Asia. Most clients installing our skimmers see a 40–60% reduction in biofilter loading within weeks.

NONTOXIC PP MATERIALSpecial designAquaculture plastic tanksAnti-corrosionpatented productUpgraded thickness 6-8.5mm

Think “plug a small RAS into your line, and it just runs.” This all-in-one block rolls a drum microfilter (≈60–74 µm), biofilter, protein skimmer, and UV sterilizer into a single package so solids, organics, and pathogens are handled in order—then water heads back clean. Piping and electrics are pre-installed at the factory; on site you hook up water and power and hit go. It’s built for tight rooms and fast retrofits. The integrated frame saves floor space, ships pre-assembled, and comes with access points, drains, and docs so acceptance is painless. If you’ve got limited manpower or can’t afford a long shutdown, this is the point-solution that lands in one lift and starts earning its keep. Sizing spans two sweet spots from the playbook: Mini/pond scale: integrated drum units popular for small RAS and koi upgrades, typically 5–20 m³/h and often bundled with UV and a small biochemical compartment. Commissioning is quick, but coordinate backwash vs. UV exposure so neither step underperforms. Farm lines: 30 m³/h and 60 m³/h examples pair a box-type drum (74 µm) with matched UV, protein skimmer, and biofilter—a clean template when you want spec-driven gear that already fits together. What each piece does in the stack: Drum knocks down fines so the rest isn’t fighting dirt. Biofilter runs the K5-style media to convert ammonia/nitrite to nitrate. Protein skimmer strips dissolved organics; it shines in brackish/marine water and usually sits after bio, before UV. UV at 254 nm is the final barrier; dose is real math (mJ/cm²), with ~15 mJ/cm² as the floor and ~250 mJ/cm² for tough viruses like IPNV. Lamp life is about 9,000 h. If you need the full menu—ozone, degassing, sensors, PLC control—those bolt on the same way our modular RAS lines do, using standard interfaces.

If your bio and UV are doing heavy lifting, this is the screen that keeps them honest. A 316L stainless-steel drum filter sits at the front of the filtration train, shaving fines (catalog baseline ~74 µm) and auto-washing on time + level so hydraulic head stays stable and sleeves downstream don’t foul. It’s a self-cleaning, spec-driven fit for intensive RAS in freshwater, brackish, or marine rooms. Sizing doesn’t require guesswork. The catalog publishes flow/pipe baselines used across our drum family—e.g., 30 m³/h (Ø110 mm) and 60 m³/h (Ø160 mm)—so you can match manifolds cleanly and hold consistent residence times into disinfection. (Use these as integration references when pairing the stainless build with existing lines.) Bottom line: stainless where corrosion fights back, auto backwash that operators don’t have to babysit, and a mesh spec aligned with intensive stocking so the rest of the system keeps its edge.

This 3IN1 Fresh Water Aquaponic RAS System combines three key components—drum filter, biofilter with high-density MBBR media, and multi-fish farming equipment—into a rugged, no-nonsense setup. It’s built tough for demanding operations, handling stocking densities up to 100 kg/m³. YUTANK’s systems have powered farms across more than 20 countries, from shrimp hatcheries in South America to trout farms in Europe, proving their adaptability and durability. The drum filter’s 74μm mesh efficiently traps solids—leftover feed, feces, fish slime—before they break down and clog your water. The biofilter media offers 800-1000 m²/m³ surface area, chewing up ammonia and nitrites steadily to keep your water chemistry stable. Thanks to a water recirculation rate exceeding 90%, this system slashes freshwater needs and reduces your environmental footprint. Installation is straightforward; modules snap together onsite, no concrete needed, letting you get the farm running fast. Most users tell us they just check it weekly and move on—minimal fuss, solid output. YUTANK’s smart monitoring system helps catch issues early with real-time water quality data, reducing risks and boosting survival rates. If you’re aiming for consistent yields, lower labor, and better control, this system ticks all the boxes. And because it’s field-proven globally, you’re not just buying equipment—you’re buying peace of mind backed by years of aquaculture know-how.

RAS SYSTEM EQUIPMENTProtein SkimmerCirculating water aquaculture filterDischarge 10-300  m³/HSource Factory

High density aquaculture tanksGalvanized plate fish tanksQuick installation anti-corrosion and sun protectionFish farming tanks Farming shrimp indoor aquaculture Water storage tank

Degassing towers play a critical role in maintaining water quality in closed-loop RAS environments by stripping out dissolved CO₂, which otherwise suppresses oxygen uptake and contributes to pH instability. YUTANK’s degassing units are engineered for intensive aquaculture operations, especially those with high stocking densities or rapid recirculation rates. We've seen recurring inquiries from clients running overseas hatcheries where elevated CO₂ levels, even as low as 15–20 mg/L, began interfering with fish respiration. In response, our system was deployed across a 5-tank trout farm in Scandinavia, effectively reducing CO₂ to

This is your solids “pre-catcher” in tight spaces—a compact, vertical-flow settler that strips out heavier fines before water hits your drum filter, bio, and UV. Less TSS upstream means clearer water, calmer fish, and fewer headaches for the rest of the train. In YUTANK’s lineup it shows up as the Vertical Flow Settler (SLQ-PP Series) with model options mapped to common farm and koi-pond flows: 30 / 60 / 100 / 200 / 300 m³/h. Where it fits: right at the front of the Filtration Module—paired with microfiltration and (if needed) a protein skimmer—so the recirculation loop isn’t carrying avoidable solids into the bio section. That layout is standard in our modular RAS builds. Why it works in cramped rooms and retrofits: settlers and sump zones are built with compartmentalized internals (sedimentation → clear-water → pump room) and overflow/sludge outlets to make routine desludging simple, plus access hatches for fast checks. These units ship factory-pre-assembled, with containerized delivery available, which keeps on-site work light. Who it’s for: backyard koi keepers who want clean water without a rebuild, fish farms chasing stable recirculation, and integrators who need a small footprint that still plays nicely with standard pipe sizes and downstream gear. If you’re already running a sump, the same sedimentation compartment logic applies—you get steady pump suction and fewer re-entrained solids.

UV disinfection remains one of the few non-chemical water treatment methods that global hatcheries and intensive RAS farms continue to rely on for biosecurity. Whether it’s controlling pathogenic outbreaks or simply maintaining bacterial balance in high-density grow-out systems, a well-sized UV sterilizer sits somewhere in nearly every closed-loop aquaculture flow. At YUTANK, we build industrial-grade UV disinfection units engineered specifically for high-throughput aquaculture settings. Each model is calibrated not just by lamp wattage or flow rate, but by actual UV dose exposure under real operational turbidity conditions—something often overlooked in off-the-shelf units. Most overseas clients—especially in tropical climates—come to us with concerns about fluctuating water clarity, frequent lamp failures, or lack of standardized quartz sleeves. We’ve addressed that with modular designs that simplify maintenance, ensure stable output, and include globally sourced UV-C lamps from Philips or equivalent brands. OEM configurations are available for integration into hatchery skids or containerized systems. From shrimp hatcheries in Southeast Asia to trout facilities in Eastern Europe, our UV systems are already operational in multi-country deployments—often as part of RAS turnkey packages or retrofit upgrades to improve mortality rates. For facilities managing thousands of cubic meters per day, reliable sterilization isn’t optional. It’s built into the design. That’s where we come in.