Applications for HDPE wave breakers are primarily in coastal and marine environments where the impact of waves on coastal infrastructure, beaches and shorelines needs to be mitigated. Read More

Kelp farmers will use anchor mooring system for seaweed cultivation when the sea-depth is up to 15m. Rectangular networks of buoys and partially submerged lines will be anchored by the anchors. Assembly the ropes, floats, chains and anchors according to your farm design. Farmers do much of work by using their small seiner, but they contract a larger boat to deploy the anchors, which must land on precisely the right muddy sea floor to keep the system under tension. Read More

A rope tubular thimble with a master link assembly is a combination of components used in marine mooring, lifting and Rigging applications, particularly with synthetic ropes. This assembly is designed to create a secure and protected connection point for synthetic ropes in lifting and rigging operations. Read More

400MM INJECTION HDPE FISH CAGE BRACKET Read More

Mooring components for offshore floating photovoltaic panels typically include anchor systems, mooring lines, connectors and accessories, buoys. Read More

HDPE fish cage brackets are components used to support fish cage structures in aquaculture. Made from high-density polyethylene (HDPE), these brackets are corrosion-resistant and suitable for use in marine environments. They are designed to provide stability to fish cage systems while ensuring the safety of farmed fish. These racks come in a variety of shapes and sizes to suit different cage designs and can form an important part of an aquaculture operation. Read More

High-density polyethylene (HDPE) breakwaters are breakwater structures that utilize plastic elements to provide wave attenuation and coastal protection. HDPE wave breakers are known for their long service life, low maintenance requirements and environmentally friendly features. Read More

High Holding Power Stingray Mooring Anchor Read More

Support Buoy, EVA Buoy Production and Delivery Read More