Fishing Line for High Resistance-BERKLEY SPIDERWIRE EZ-BRAID 20# GREEN 110YD

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BERKLEY SPIDERWIRE EZ-BRAID 20# GREEN 110YD

The Berkley SpiderWire EZ-Braid 20# Green 110 YD is the ultimate choice for anglers seeking strength, sensitivity, and casting ease in one package. Built with Dyneema microfibers, this braided line is 3X stronger than traditional monofilament, allowing it to withstand intense fishing environments without breaking a sweat. Its slim diameter is up to three times smaller than similar test mono lines, giving you longer, smoother casts that reach your target with precision. The SpiderWire EZ-Braid is engineered to deliver high sensitivity and near-zero stretch, ensuring you feel every nibble and movement underwater, enhancing your fishing experience and success rate.

Perfect for both freshwater and saltwater fishing, this line excels in various techniques, from bass fishing in lakes to inshore saltwater fishing. Use it for casting lures, bait rigs, or trolling, knowing that this line will hold strong and provide the sensitivity needed for a responsive and enjoyable fishing day.

Features:

  • High Strength: Made with Dyneema microfibers, offering 3X the strength of monofilament.
  • Thin Diameter: Up to 3X smaller than monofilament for the same lb. test, enhancing casting distance and sensitivity.
  • Smooth Casting: Super smooth line surface allows for long, effortless casts.
  • Spider-Sensitivity: Near zero stretch provides optimal sensitivity to detect subtle bites.
  • Budget-Friendly: High-performance braided line without the high price tag.

Specifications:

  • Model: EZ-BRAID
  • Manufacturer Number: SWS20G-110
  • Line Type: Braided
  • Pound Test: 20 lb
  • Color: Green
  • Length: 110 yards
  • Material: Dyneema Microfibers

Ideal Usage:

  • Where: Ideal for freshwater and inshore saltwater fishing locations.
  • When: Effective year-round, especially in conditions where sensitivity is key.
  • How: Excellent for casting, bait fishing, and trolling due to its strength and low-stretch characteristics.