Katran PVA Mesh Refill exchangeable mesh white 1192 (1192)

Katran PVA Mesh Refill 7 m dissolvable mesh is an excellent solution for anglers looking for a reliable and effective way to precisely place bait in the water. With the use of PVA material, the mesh guarantees complete solubility in water, allowing for ideal distribution of bait in the chosen location. The availability of three different diameters: 14 mm, 24 mm, and 34 mm, allows for flexible adaptation to individual needs and fishing conditions.

Multifunctional use

The Katran PVA Mesh Refill 7 m dissolvable mesh will work well in various fishing techniques, offering versatility of use. Its construction allows for the creation of bait bags of different sizes, which is beneficial depending on the type of fishing venue and the angler's preferences. This type of mesh is an indispensable piece of equipment for anyone who values precise bait positioning.

Durability and quality

The Katran PVA Mesh Refill 7 m dissolvable mesh is characterised by high durability, which is important when preparing fishing setups. The PVA material is not only durable but also resistant to mechanical damage, making it reliable in various water conditions. Each of the available mesh diameters has been designed to ensure maximum efficiency and user comfort.

Environmentally friendly

The Katran PVA Mesh Refill 7 m dissolvable mesh is made from a material that completely dissolves in water, minimising the impact on the natural environment. Thanks to this, anglers can be assured that their activities will not negatively affect the aquatic ecosystem. This solution is appreciated by those who care about sustainable fishing practices.

Katran PVA Mesh Refill 7 m dissolvable mesh - features:

• PVA material ensuring complete solubility in water;
• Three different diameters: 14 mm, 24 mm, 34 mm;
• Flexible adaptation to different fishing techniques;
• Ability to create bait bags of various sizes;
• High durability and resistance to mechanical damage;
• Reliability in various water conditions;
• Minimal impact on the environment due to the material's solubility.