- New
Shipping 2-3 days
€104.00
Braid Varivas Avani Seabass Max Power PE X9 300m, braid 9 strands specially designed for bass fishing, sensitive and resistant for precise animation.
| Combinations | Reference | Diameter | Resistance | Braid capacity | Price | Shipping | Quantity |
Reference : VAR-X8-300-4
Diameter :
PE4
|
VAR-X8-300-4 |
PE4 |
64 lbs |
300 m |
€104.00 |
Shipping
48-72 h |
The Varivas Avani Seabass Max Power X9 is designed for the angler who wants to maintain control by the water's edge, even when conditions at sea get demanding. Designed for seabass fishing, this high-quality fishing braid relies on a 9-strand PE construction that brings a real gain in consistency, sensation, and casting reliability.
Its 9-strand PE structure offers a particularly pleasant gliding sensation, with a line that’s flexible yet retains exceptional abrasion resistance. On saltwater, this is a major asset: the line better withstands repeated stresses and serenely supports fights with large bass. The feeling remains clear, precise, which allows for better perception of subtle bites and optimized lure animation.
The special coating reduces friction as needed to promote longer and more precise casting. This results in greater range, placement, and efficiency, especially when you need to reach remote areas. This treatment also improves the line's durability against saltwater and UV rays, two very real constraints when fishing regularly in a marine environment.
With its small diameter, the Avani Seabass X9 limits drag in water and eases lure control, even when conditions toughen. This is a braid designed for sessions where precision makes the difference, with an immediate response to the slightest solicitation and real confidence when the fish fights back.
In a sea fishing approach, this braid naturally finds its place for seabass fishing, when a thin, sensitive and robust line is targeted. It’s perfect for anglers who want to exploit all the subtlety of their animations while maintaining a safety margin for sustained fights in saline environments.