Customization: | Available |
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After-sales Service: | Provide After - Sales Installation and Maintenance |
Type: | Farming Machinery |
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Haosail cage system mainly includes: cage handrail pipe, cage floating pipe, anti-slip pedal, cage fittings etc. All these parts are made from Grade 100 HDPE, using advanced molding equipment, mature production technology and completed inspection method, to ensure them comply with national standard and industry standard.
Deep-sea aquaculture has rapidly evolved as a vital component of global food security, offering a sustainable pathway to meet the escalating demand for seafood while alleviating pressure on overexploited wild fish populations. At the heart of modern offshore aquaculture systems, particularly those utilizing cage-based farming, lies a critical structural element: the floating framework that supports the entire operation. Among the materials employed for this purpose, High-Density Polyethylene (HDPE) has emerged as the material of choice for main floating pipes, revolutionizing the industry with its unique combination of durability, adaptability, and environmental compatibility. This article provides a holistic introduction to HDPE main floating pipes, exploring their role in deep-sea aquaculture, their inherent advantages, and their contribution to the advancement of sustainable marine farming practices.
Tee and Elbow connectors are essential components in aquaculture cage systems, designed to ensure secure and flexible structural connections. Made from corrosion-resistant materials like galvanized steel, stainless steel, or HDPE, these fittings withstand harsh marine environments, including saltwater exposure and UV radiation. The **Tee connector** enables three-way junctions, allowing seamless branching of cage frames, pipes, or walkways, while maintaining structural integrity and load distribution. Its smooth inner surface minimizes friction, promoting efficient water flow and reducing debris buildup.
The Elbow connector, available in standard angles such as 90° or 45°, facilitates directional changes in cage frameworks or piping systems. This is critical for adapting to uneven seabeds, optimizing space in floating setups, or integrating with equipment like feeding lines and sensor arrays. Both connectors feature reinforced joints and compatibility with modular designs, enabling quick assembly, disassembly, or reconfiguration of cages without compromising stability.
Engineered for durability and low maintenance, these connectors resist rust, chemical degradation, and biofouling, ensuring long-term performance in freshwater or marine applications. Their lightweight yet robust construction simplifies handling and reduces transportation costs. Ideal for fish farms, research platforms, or temporary installations, Tee and Elbow connectors enhance adaptability, operational efficiency, and safety across diverse aquaculture projects. Custom sizes and material options are available to meet specific environmental or load-bearing requirements.
Stock No. | Product Name | size(L*W*H mm) |
HSM020206001 | Handrail Tee T-H01 | 110/90 |
HSM020206002 | Handrail Tee T-H02 | 125/110 |
HSM020206003 | Handrail Tee T-H03 | 140/125 |
HSM020206004 | Handrail Tee T-H04 | 160/140 |
HSM020206005 | Handrail Tee T-H05 | 180/160 |
HSM020206006 | Floating Tee TS-F01 | 250 |
HSM020206007 | Floating Tee TS-F02 | 400 |
HSM020206008 | Floating Tee TS-F03 | 500 |
HSM020206009 | Floating Tee T-F01 | 200/200 |
HSM020206010 | Floating Tee T-F02 | 250/250 |
HSM020206011 | Floating Tee T-F03 | 315/315 |
HSM020206012 | Floating Tee T-F04 | 400/400 |
HSM020206013 | Floating Tee T-F05 | 500/500 |
HSM020206014 | Handrail Elbow E-H01 | 90 |
HSM020206015 | Handrail Elbow E-H02 | 110 |
HSM020206016 | Handrail Elbow E-H03 | 125 |
HSM020206017 | Handrail Elbow E-H04 | 140 |
HSM020206018 | Handrail Elbow E-H05 | 160 |
HSM020206019 | Floating Elbow E-F01 | 200 |
HSM020206020 | Floating Elbow E-F02 | 250 |
HSM020206021 | Floating Elbow E-F03 | 315 |
HSM020206022 | Floating Elbow E-F04 | 400 |
HSM020206023 | Floating Elbow E-F05 | 500 |
HDPE, lightweight high-strength alloy materials and other new materials are adopted in the structure. Computer control, various anti-corrosive, anti fouling (attachments) and anti-aging technologies greatly improve the overall structural strength and flexibility of deep-sea aquaculture net cage, double the service life of the cage, highly reduce the daily maintenance and the cost of aquaculture in unit volume, and improve economic benefits.
Advantages of our cage bracket:
- Reduces structural stress on cages, lowering long-term repair costs.
- Lightweight yet durable, enabling easy transport and handling.
- Compatible with automated feeding systems and sensor-based monitoring tools.
- Customizable coatings (e.g., antifouling) or sizes available for specialized projects.