Jwell Machinery helps to build a green marine ranch! Traditional offshore culture in net cage mainly uses wooden net cage, wooden fishing raft and plastic foam. It will cause serious pollution to the sea area before and after the production and cultivation, and it's also weak in resisting wind waves and resisting risks. At present, the whole set of project solutions provided by Jwell Machinery include Plastic Fishing Raft pedal extrusion line + marine floating bucket blow moulding machine + marine pipe extrusion line, which is the trend of marine aquaculture in the future. This product has a series of advantages, such as green environment protection, recyclability, typhoon resistance, anti-aging, anti-ultraviolet ray and so on. It ensures the marine ecological environment from being destroyed. It has been promoted abroad. Domestic coastal aquaculture areas are gradually popularizing. Mainly used in the sea, can also be used in rivers, lakes, moors, ponds, etc.
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Jwell
The PE Marine Profile Extrusion Line is a purpose-built production system developed by Jwell, designed to support the global shift to sustainable offshore aquaculture and green marine ranch construction. This specialized extrusion line manufactures high-strength, durable PE marine profiles, primarily for fishing raft pedals and offshore aquaculture infrastructure, solving critical pain points of traditional wooden net cages, plastic foam floats, and wooden fishing rafts: severe marine pollution, poor wind and wave resistance, and low long-term risk resistance. As a core part of Jwell’s full marine ranch project solutions, this equipment helps industrial clients in the aquaculture and marine engineering sectors build eco-friendly, typhoon-resistant, and long-lasting aquaculture facilities.

This offshore aquaculture profile extrusion equipment produces 100% recyclable PE profiles that eliminate marine pollution from traditional aquaculture materials, protecting fragile marine ecosystems. The finished profiles feature exceptional anti-aging, anti-UV, corrosion-resistant, and typhoon-resistant properties, with a far longer service life than wooden or foam alternatives, reducing long-term replacement costs for aquaculture operators.
Engineered for continuous production in industrial manufacturing facilities, the line delivers uniform plasticization and stable extrusion performance, ensuring consistent dimensional accuracy and structural strength for every PE profile produced. This reliability is critical for manufacturing load-bearing marine pedals and framework profiles that must withstand harsh offshore conditions for years.
This PE fishing raft pedal extrusion line is fully compatible with Jwell’s complete marine ranch solution portfolio, including marine floating bucket blow moulding machines and marine pipe extrusion lines. This allows us to deliver a one-stop, end-to-end project solution for industrial clients looking to build or upgrade full-scale marine ranches, streamlining procurement and project implementation.
Extruder Model | Motor Power (kw) | Max Output (kg/h) | Cooling Water (m³/h) | Compressor Air (m³/min) |
JWS75/33 | 37 | 80-120 | 6 | 1.2 |
JWS90/33 | 55 | 150-200 | 8 | 1.5 |
*Note: Specifications are subject to customization based on client production requirements. |
This marine ranch profile production line is optimized for HDPE, PE, and UV-stabilized modified PE materials, the industry standard for durable, eco-friendly marine aquaculture infrastructure. The system can be adjusted to process other reinforced PE composites based on client needs for enhanced structural performance.
The PE profiles produced by this line are used across a wide range of aquatic and marine engineering scenarios:
Offshore aquaculture: Fishing raft pedals, net cage framework profiles, floating structure components for marine ranches
Inland aquaculture: Production facilities for lakes, reservoirs, ponds, and moors, including aquaculture fence profiles and floating platform components
Marine engineering: Pedal and framework profiles for floating platforms, waterway infrastructure, and coastal protection projects
We provide fully tailored solutions for aquaculture enterprises and marine engineering industrial clients, with customization options including custom extrusion molds for unique profile cross-sections, optimized screw designs for modified PE materials, and full line layout engineering to fit your existing manufacturing facility.
Our end-to-end support for industrial clients includes pre-sales marine ranch project planning and engineering consultation, on-site installation and commissioning of the extrusion line, comprehensive on-site operator training, 24/7 remote technical support, global spare parts supply, and lifetime technical maintenance to ensure your production line delivers consistent performance for long-term marine project needs.
This line is primarily designed to produce PE fishing raft pedals, net cage framework profiles, floating platform components, and other custom PE profiles for aquaculture and marine engineering applications.
Yes, the PE profiles feature exceptional anti-UV, anti-aging, corrosion-resistant, and typhoon-resistant properties, engineered to withstand harsh offshore conditions for long-term use.
Yes, we offer a complete end-to-end marine ranch solution, including this PE profile extrusion line, marine floating bucket blow moulding machines, marine pipe extrusion lines, and full project engineering support.
Absolutely, the line can produce PE profiles for aquaculture facilities in rivers, lakes, ponds, and reservoirs, with customizable settings to match material and profile requirements for inland aquatic applications.
The PE Marine Profile Extrusion Line is a purpose-built production system developed by Jwell, designed to support the global shift to sustainable offshore aquaculture and green marine ranch construction. This specialized extrusion line manufactures high-strength, durable PE marine profiles, primarily for fishing raft pedals and offshore aquaculture infrastructure, solving critical pain points of traditional wooden net cages, plastic foam floats, and wooden fishing rafts: severe marine pollution, poor wind and wave resistance, and low long-term risk resistance. As a core part of Jwell’s full marine ranch project solutions, this equipment helps industrial clients in the aquaculture and marine engineering sectors build eco-friendly, typhoon-resistant, and long-lasting aquaculture facilities.

This offshore aquaculture profile extrusion equipment produces 100% recyclable PE profiles that eliminate marine pollution from traditional aquaculture materials, protecting fragile marine ecosystems. The finished profiles feature exceptional anti-aging, anti-UV, corrosion-resistant, and typhoon-resistant properties, with a far longer service life than wooden or foam alternatives, reducing long-term replacement costs for aquaculture operators.
Engineered for continuous production in industrial manufacturing facilities, the line delivers uniform plasticization and stable extrusion performance, ensuring consistent dimensional accuracy and structural strength for every PE profile produced. This reliability is critical for manufacturing load-bearing marine pedals and framework profiles that must withstand harsh offshore conditions for years.
This PE fishing raft pedal extrusion line is fully compatible with Jwell’s complete marine ranch solution portfolio, including marine floating bucket blow moulding machines and marine pipe extrusion lines. This allows us to deliver a one-stop, end-to-end project solution for industrial clients looking to build or upgrade full-scale marine ranches, streamlining procurement and project implementation.
Extruder Model | Motor Power (kw) | Max Output (kg/h) | Cooling Water (m³/h) | Compressor Air (m³/min) |
JWS75/33 | 37 | 80-120 | 6 | 1.2 |
JWS90/33 | 55 | 150-200 | 8 | 1.5 |
*Note: Specifications are subject to customization based on client production requirements. |
This marine ranch profile production line is optimized for HDPE, PE, and UV-stabilized modified PE materials, the industry standard for durable, eco-friendly marine aquaculture infrastructure. The system can be adjusted to process other reinforced PE composites based on client needs for enhanced structural performance.
The PE profiles produced by this line are used across a wide range of aquatic and marine engineering scenarios:
Offshore aquaculture: Fishing raft pedals, net cage framework profiles, floating structure components for marine ranches
Inland aquaculture: Production facilities for lakes, reservoirs, ponds, and moors, including aquaculture fence profiles and floating platform components
Marine engineering: Pedal and framework profiles for floating platforms, waterway infrastructure, and coastal protection projects
We provide fully tailored solutions for aquaculture enterprises and marine engineering industrial clients, with customization options including custom extrusion molds for unique profile cross-sections, optimized screw designs for modified PE materials, and full line layout engineering to fit your existing manufacturing facility.
Our end-to-end support for industrial clients includes pre-sales marine ranch project planning and engineering consultation, on-site installation and commissioning of the extrusion line, comprehensive on-site operator training, 24/7 remote technical support, global spare parts supply, and lifetime technical maintenance to ensure your production line delivers consistent performance for long-term marine project needs.
This line is primarily designed to produce PE fishing raft pedals, net cage framework profiles, floating platform components, and other custom PE profiles for aquaculture and marine engineering applications.
Yes, the PE profiles feature exceptional anti-UV, anti-aging, corrosion-resistant, and typhoon-resistant properties, engineered to withstand harsh offshore conditions for long-term use.
Yes, we offer a complete end-to-end marine ranch solution, including this PE profile extrusion line, marine floating bucket blow moulding machines, marine pipe extrusion lines, and full project engineering support.
Absolutely, the line can produce PE profiles for aquaculture facilities in rivers, lakes, ponds, and reservoirs, with customizable settings to match material and profile requirements for inland aquatic applications.