Sensas Sticky River Leam 3kg Heavy binding additive for river fishing

The Sensas Sticky River Leam 3kg is a specialised groundbait additive designed to increase weight and binding strength in your mix. It allows anglers to deliver bait accurately to the bottom and keep it in place, even in strong flow or deep water conditions.

This fine, natural leam binds groundbait more effectively than standard mixes, helping to carry particles and live bait such as maggots or worms directly to the feeding zone. It is especially useful when fishing rivers where current can quickly disperse lighter groundbait.

By improving the consistency and weight of your mix, Sticky River Leam ensures your bait stays concentrated in your swim, increasing feeding activity and improving catch rates.

Key Features

• Heavy leam additive for increased groundbait weight
• Strong binding properties to hold mix together
• Helps carry bait and particles to the bottom
• Ideal for use in flowing or deep water
• Improves accuracy and bait placement
• Supplied in 3kg bag

Why It Works for Anglers

When fishing rivers or deeper venues, lightweight groundbait can break up too quickly or drift away from the intended area. Sticky River Leam adds the necessary weight and cohesion to keep your bait where it needs to be.

It is particularly effective when fishing with feeders or groundbait balls, ensuring your mix reaches the bottom intact and releases attractants in a controlled manner.

Perfect For

• River fishing in flowing water
• Deep water feeder fishing
• Carrying maggots and particles to the bottom
• Strengthening groundbait mixes
• Targeting bream, roach and other coarse species

Keywords

Sensas, Sensas Sticky River Leam 3kg, leam additive, groundbait binder, river groundbait, feeder fishing bait, coarse fishing bait, fishing tackle Ireland, river fishing Ireland, DuoHook.ie

Keep your groundbait working effectively on the bottom with Sensas Sticky River Leam 3kg from DuoHook.ie, giving you better control and presentation when fishing in challenging flowing conditions.