The Yuki Seaguar Neox Fluorocarbon Line is a high-quality fishing line developed through a collaboration between Yuki and Seaguar, the inventor and world leader in fluorocarbon lines. This line offers exceptional performance for both freshwater and saltwater fishing.
- Superior Diameter-to-Strength Ratio: The Neox line provides an unmatched balance between thin diameter and high tensile strength, allowing anglers to use finer lines without compromising durability.
- Enhanced Invisibility: Designed to be nearly invisible underwater, the Neox line ensures a more natural presentation of lures and baits, increasing the chances of attracting fish.
- High Abrasion Resistance: The line's construction offers excellent resistance to abrasion, making it suitable for fishing in challenging environments such as rocky areas, sea grass beds, and oyster beds.
- Low Memory: The Neox line maintains minimal memory, reducing the tendency to retain coils and ensuring smoother casting and retrieval.
The Yuki Seaguar Neox Fluorocarbon Line is available in various diameters, each with corresponding tensile strengths:
- 0.059 mm: 0.80 kg (1.80 lbs)
- 0.069 mm: 1.05 kg (2.30 lbs)
- 0.080 mm: 1.40 kg (3.00 lbs)
- 0.090 mm: 1.68 kg (3.70 lbs)
- 0.104 mm: 2.16 kg (4.80 lbs)
- 0.117 mm: 2.65 kg (5.80 lbs)
- 0.128 mm: 2.90 kg (6.40 lbs)
- 0.148 mm: 3.40 kg (7.50 lbs)
- 0.165 mm: 4.20 kg (9.00 lbs)
- 0.185 mm: 5.20 kg (11.00 lbs)
- 0.205 mm: 6.75 kg (15.00 lbs)
- 0.235 mm: 9.10 kg (20.00 lbs)
- 0.260 mm: 10.50 kg (23.00 lbs)
- 0.285 mm: 12.60 kg (28.00 lbs)
- 0.330 mm: 14.70 kg (32.00 lbs)
Each spool contains 50 meters of line, providing ample length for leader construction and various fishing applications.
The Neox line is made from 100% fluorocarbon, ensuring high density, low stretch, and superior abrasion resistance.
The Yuki Seaguar Neox Fluorocarbon Line is compatible with various fishing techniques, including fly fishing, bass fishing, and saltwater fishing. Its low visibility and high strength make it suitable for use in clear waters and challenging environments.
