Drasry Collapsible Aluminum Fishing Net for Pier Fishing

DRASRY Bridge & Pier Fishing Net Ring

Foldable Design

The DRASRY bridge & pier fishing net ring is constructed from sturdy aluminum alloy, employing innovative folding technology for ease of storage and portability. This design allows for effortless folding while maintaining superior load-bearing capacity, ensuring the net retains its shape without deformation. Whether you’re fishing from the shore, a bridge, a dock, or a boat, the foldable nature of the net makes it a versatile and convenient tool.

Rubber Coated Material

This premium fishing net is rubber-coated, making it gentle on the fish. The mesh size is 0.240.16 inches (64mm), suitable for catching various species including bait fish, shrimp, and crayfish. It is ideal for both bridge and pier fishing. However, due to the strength and texture of crabs, prolonged crab fishing may cause damage to the net material.

Aluminum Bracket Design

Our pier fishing net bracket is reinforced with sturdy aluminum alloy, offering lightweight yet high-strength durability. The 10mm link screw head allows for attachment to a 10mm landing net rod, enabling seamless integration with your cruise ship fishing gear. The open aluminum ring design also facilitates easy switching of the fishing net bag.

Size and Accessories

The DRASRY Foldable Pier Net comes in two size options. It includes a thick 1/6IN 49.2FT rope and a handy drawstring carrying bag for convenient storage and transport. The net can be hung from a bag or carried by hand, making it incredibly user-friendly.

Multiple Usage Scenarios

This portable pier net can be used in various fishing scenarios, including shore, bridges, docks, boats, and cruise ships. Its reliable load-bearing capacity enhances your long-distance fishing experience, maximizing your efficiency and productivity on the water.

By choosing the DRASRY bridge & pier fishing net ring, you not only ensure a compact and durable tool but also enjoy enhanced fishing capabilities in different environments and scenarios.