Product Specification
| Model | Differentiated design | Applicable sea areas |
| BYF-D1 | Economical and practical design | Suitable for areas with surface waves, it has a relatively low construction cost and meets basic wave attenuation requirements. |
| BYF-D2 | Basic surge protection design | Suitable for areas with surface wind waves and slight swells, enhancing resistance to low-intensity swells. |
| BYF-D3 | Widened design at the bottom | Suitable for sea areas with surface waves and swells, and aquaculture areas that require a certain degree of wave attenuation, improving wave-reducing stability. |
| BYF-D4 | Widened design at the bottom | Suitable for areas with surface wind waves and swells, providing stable wave protection for the relevant areas. |
| BYF-D5 | Wider and taller design at the bottom. | It offers superior wave-damping and current-reducing performance, making it suitable for complex sea areas with wind waves, swells, and mixed waves, as well as for marine engineering, docks, military installations, and aquaculture areas that require high levels of wave damping and current reduction. |
Why Choose Us
- Eco-friendly, durable all-PE construction
- High value with an extended service life
- Withstands Level-12 winds and 5-meter waves
- Modular design for easy, scalable installation
How To Choose
Economical and practical design
Suitable for areas with surface waves, it has a relatively low construction cost and meets basic wave attenuation requirements.
Basic surge protection design
Suitable for areas with surface wind waves and slight swells, enhancing resistance to low-intensity swells.
Widened design at the bottom
Suitable for sea areas with surface waves and swells, and aquaculture areas that require a certain degree of wave attenuation, improving wave-reducing stability.
Widened design at the bottom
Suitable for areas with surface wind waves and swells, providing stable wave protection for the relevant areas.
Wider and taller design at the bottom.
It offers superior wave-damping and current-reducing performance, making it suitable for complex sea areas with wind waves, swells, and mixed waves, as well as for marine engineering, docks, military installations, and aquaculture areas that require high levels of wave damping and current reduction.
