Multifunctional water platform refers to unpowered or powered, for the purpose of catering and entertainment, tourism, leisure and vacation, extended to the water surface of the platform structure. Water recreation platforms include two major categories: floating platforms and fixed platforms with protruding docks.
Jiangte mesh boxes can be customized according to the perimeter, the specifications of the pipe, such as the diameter of the pipe (DN), the compression resistance rating (SD R), and also the choice of fittings: treads, handrails etc.
In addition to the commonly used sizes, Jiang te can also customize special sizes and provide customized logos. For more details of product requirements, you are welcome to communicate with us.
Building robust water platforms with specialized pipe products is essential for creating durable and versatile structures that can withstand various environmental conditions. These platforms, whether floating or fixed, rely heavily on high-quality piping systems to ensure stability, safety, and longevity.
Specialized pipe products, such as those made from PVC or HDPE, offer excellent resistance to corrosion, UV radiation, and marine growth, making them ideal for water-based applications. These pipes are used in the construction of the platform’s framework, buoyancy systems, and mooring structures, providing a solid foundation that can support various activities like catering, entertainment, tourism, and leisure.
Additionally, advanced piping solutions facilitate efficient water management systems, including drainage, waste disposal, and freshwater supply, enhancing the overall functionality of the platform. By integrating specialized pipe products, water platforms can achieve higher performance, reduced maintenance costs, and extended service life, ensuring a safe and enjoyable experience for users while maintaining environmental sustainability.
The water temperature and salinity in the deep sea area are more stable, providing a suitable growing environment, which is conducive to maintaining the growth rate and health of fish.
Due to the more natural environment of the deep-sea area and its distance from near-shore aquaculture areas, aquatic organisms in deep-sea nets are less threatened by diseases and parasites, which reduces the occurrence of diseases.
Deep-sea nets are in a relatively closed and self-cleaning environment, and natural ecosystems help to control the breeding of pathogens and parasites
Deep sea nets can be designed larger, providing more space for aquaculture, supporting higher densities and higher yields.
With more space, competition between aquatic organisms is reduced, contributing to higher growth rates and culture efficiency.
The use of deep-sea nets can reduce the pressure of traditional offshore aquaculture on the coastal ecosystem, such as eutrophication of the water column and substrate pollution.
Deep-sea areas are more stable, avoiding the impacts of frequent storms and bad weather on aquaculture facilities in coastal areas.
Less human activity in the deep-sea environment reduces the risk of pollutants entering the farming area convenient construction, simple welding process, low overall project cost.
