Name: Major Craft Low Activity Slim Necktie - Tie Replacement Tm-Tiesc#6
SKU: CD35023021
Availability: InStock

No products in the cart.

Major Craft Low Activity Slim Necktie – Tie Replacement Tm-Tiesc#6

Home
Major Craft Low Activity Slim Necktie – Tie Replacement Tm-Tiesc#6

Major Craft Low Activity Slim Necktie – Tie Replacement Tm-Tiesc#6

In fishing

~~$7.17~~ $5.74

SKU: CD35023021

Availability: In stock

Description

The Major Craft Low Activity Slim Necktie is an essential upgrade for any angler looking to enhance their fishing experience. Designed as a tie replacement for the Tm-Tiesc#6, this product offers exceptional precision and durability to improve your catch rate. Its slim profile allows for smooth and natural movement in the water, attracting fish with minimal disturbance.

Crafted with quality materials, the Major Craft Low Activity Slim Necktie ensures long-lasting performance even in challenging fishing conditions. Its robust construction makes it easy to use and reliable, giving you confidence during every fishing trip. Whether you’re a professional or a hobbyist, this necktie replacement is a smart addition to your gear collection.

Details

Product Material: Synthetic Fiber

Manufacturer: Major Craft

Features

Designed specifically as a tie replacement for Tm-Tiesc#6 models
Slim profile for low activity and natural movement in water
Durable construction for long-lasting use
Enhances fishing performance by improving lure action

How to use

Replace the existing tie on your Tm-Tiesc#6 fishing lure with the Major Craft Low Activity Slim Necktie by securely fastening the replacement tie to the lure’s hook or attachment point. Ensure it is tightly connected to prevent loss during casting or retrieval. Use regularly to maintain optimal lure action and effectiveness.

Care instructions

After use, rinse the necktie with fresh water to remove any dirt or salt residue. Allow it to air dry completely before storing in a cool, dry place away from direct sunlight. Avoid exposure to harsh chemicals or extreme temperatures to maintain the integrity and performance of the material.