Korda Dark Matter Tungsten Coated Braid

Short Overview

Korda Dark Matter Tungsten Coated Braid is a high-quality carp hooklink designed for anglers looking for fast sinking, discreet presentation, and reliable bottom performance. The tungsten-impregnated coating, semi-stiff construction, and matte finish make it an excellent choice for modern carp rigs.

Description

This hooklink material was developed for situations where it is important for the hooklink to sink quickly and stay pinned down to the lakebed or gravel substrate. Thanks to its semi-stiff structure and durable coating, Dark Matter Tungsten Coated Braid helps reduce tangles during casting and allows neat construction of various carp rigs.

It is suitable for tying modern rigs such as Ronnie/Spinner rigs, D-Rigs, and similar presentations where stability, natural bait positioning, and concealment are key. The easy-stripping coating further simplifies adapting the hooklink to conditions on the water.

Features

• Tungsten-coated braid for fast sinking and better adherence to the bottom
• Semi-stiff construction helps reduce tangles
• Easy coating removal when tying rigs
• Very durable and heavy material for reliable use
• Non-reflective matte finish for a more discreet presentation
• Suitable for various carp hooklinks and modern rigs
• Supplied in a practical square spool with 10 m

Technology

• Tungsten-impregnated coating increases the material’s weight and speeds up sinking
• Advanced tungsten granule distribution technology in the coating for better adherence to the bottom

Specifications

Available Variants

Advantages

• Discreet bait presentation on the bottom
• Reliable performance in demanding carp fishing conditions
• Reduced chance of tangling during casting
• Easy adaptation to different rigs
• Natural blending with weedy and gravel bottoms

Note

Availability of individual variants may vary depending on stock levels. The product comes in original Korda packaging, and for all delivery and warranty information, please check the store terms.