Korum Latex Barbel Spoon 30
€25,79
€34,38
Quick OverviewThe Korum Latex Barbel Spoon 30 is a landing net head designed for safe netting and short-term retention of larger fish. The soft SOFTEX latex mesh, deep design, and sturdy aluminium frame make it an excellent choice for river barbel fishing, carp fishing, and pike fishing.DescriptionThis landing net has been developed for anglers seeking a reliable, robust, and fish-safe net head for use on rivers and stillwaters. The deep mesh helps calm tired fish while preparing for unhooking, measuring, or photography, while the flat bottom supports the fish’s body more effectively. The SOFTEX material reduces hook tangles and is gentler on scales and fins.FeaturesLanding net head size: 30 in (76,20 cm)Net depth: 65 cmSuper soft fish-safe latex meshAnodised aluminium frame measuring 12 x 9 mmExceptionally strong machined metal spreader blockDeep mesh for netting and short-term recovery of tired fishFlat bottom supports the fish better in the netHook-resistant materialRetaining tag system for easier transport and handlingSuitable for barbel, carp up to 30 lb (13,61 kg), and pikeTechnologySOFTEX material – soft latex mesh designed for safer fish handlingSpecificationsBrandKorumModelLatex Barbel Spoon 30Product typeLanding net headDimensions30 in (76,20 cm)Net depth65 cmNet materialSOFTEX latexFrame materialAnodised aluminiumFrame profile12 x 9 mmSpreader blockReinforced machined metal blockIntended useBarbel, carp up to 13,61 kg, pikeAdditionalFlat bottom, hook resistant, retaining tag systemSKU / MPNK0380013BenefitsGreater fish safety thanks to the soft latex mesh and flat bottomExcellent control over larger catches during netting and photographyLess hook tangling compared to traditional meshesRobust construction for long-lasting use on demanding venuesA suitable choice for anglers targeting barbel, carp, and pikeNoteThe product is supplied as a landing net head. Availability depends on stock levels, and for a long service life it is recommended to rinse after use and dry before storage.