Aquaculture equipment
Circular Cages, square cages, marine treasure cages and wind-resistant oyster rows are suitable for different breeding scenarios such as offshore, lakes, reservoirs and marine pastures.
GENTAIN Technology
Scene 01
From modern farming to marine ranching and water engineering, build a combinable and scalable water surface system.
HDPE Aquaculture and Water Platform Systems
Product Introduction
Based on HDPE pipes, connectors and continuous buoyancy structures, GENTAIN has formed product systems such as circular cages, square cages, marine treasure cages, wind and wave-resistant oyster rows and multi-functional water platforms. The plan can focus on the breeding categories, water conditions, operating methods, equipment requirements and project scale, and communicate the supporting directions such as water surface framework, channels, guardrails, functional modules and anchoring.
Application Direction
Circular Cages, square cages, marine treasure cages and wind-resistant oyster rows are suitable for different breeding scenarios such as offshore, lakes, reservoirs and marine pastures.
The water surface photovoltaic platform, wave prevention embankment, water multi-functional pontoon, yacht dock and cultural tourism and fishing platform serve the construction of water surface functional areas and project connection.
Products such as aquatic net cleaning platforms and monitoring and scientific research platforms reserve aquatic foundations for breeding equipment maintenance, equipment deployment and water area management.
Product Series
01The circular breeding system for offshore waters, lakes and reservoirs can be configured by combining netting, anchoring and operation methods.
02It supports four-square grid, six-square grid, nine-square grid and other combination forms, adapting to modern aquaculture and large-scale farming scenarios.
03For the cultivation of abalone, shellfish and other marine treasures, the structure can be planned based on the breeding density, operating methods and sea area conditions.
04The combination of continuous HDPE buoyancy tubes and modular farming units is suitable for nearshore, offshore and deep sea oyster farming.
05HDPE floating frames are used to carry photovoltaic arrays, with maintenance channels, component supports and project-based anchoring facilities reserved.
06The floating structure layout reduces the impact of water waves and provides protective supporting equipment for breeding areas, docks and water working spaces.
07The modular water channel connecting the shoreline, breeding units and operating platforms can be configured according to water level changes and usage functions.
08A modular dock system for yacht berthing, embarkation and disembarkation, and water services. The layout can be planned according to berth and shoreline conditions.
09Provide a centralized working space for net lifting, cleaning, inspection and maintenance, helping to improve the daily operation and maintenance efficiency of breeding equipment.
10It can integrate video surveillance, environmental monitoring, communication power supply and scientific research equipment to provide a platform for water management and breeding data collection.
11Integrating viewing, fishing, resting and water service functions, it can carry out overall planning for fishing tourism experience and waterfront leisure scenes.
System composition
HDPE buoyancy tubes, connectors, guardrails and support components can be organized into a stable water surface structure according to farming or platform functions.
The breeding units, nets, decks, passages, equipment areas and service modules can be laid out and connected according to the project purpose.
The connection, anchoring and fixing methods can be combined with water depth, tide, wind and waves, water level changes and shoreline conditions for project-specific communication.
Product Information
If you want to know more about the structure description, specifications and application scenarios, you can open the product manual to view the complete technical information.
Contact information