Best Fletching Glue for Your Exact Arrow

High-viscosity CA wins on raw shear strength for bare or sanded carbon. G5 Outdoors G-Lock Blu and Gold Tip Grip Arrow Adhesive test strongest here; independent forum pull tests put G-Lock Blu around 50 lb of pull force versus roughly 12 lb for a generic CA like plain Gorilla Super Glue. For impact resistance specifically on carbon hunting arrows, Easton Dr. Doug's Quickbond uses a rubber-toughened CA formula built to resist the brittle cracking standard CA can show under stress. If durability against repeated broadhead impact matters more than peak lab strength, that toughened formula, or a solvent-based cement like Bohning Fletch-Tite Platinum engineered to absorb shock without cracking, will usually outlast a generic super glue even with a lower pull number.

AAE Max and other urethane-based (TPU) vanes have low surface energy, so glue doesn't grab the material the way it grabs rigid plastic or feathers; a bond that looks fine on day one can peel off after a few shots. AAE's own MAXweld Primer Pen exists specifically to fix this. It chemically cleans the vane's urethane base and etches the surface so adhesive can form a true "weld" instead of sitting on top of it. Skipping the primer on a urethane vane is the single most common reason fletching separates on carbon arrows; the shaft usually isn't the problem, the untreated vane base is.

Yes, plenty of archers do, and generic CA super glues set in seconds and hold up fine for casual target shooting. The tradeoff is brittleness. Standard CA lacks the rubber-toughening found in fletching-specific or impact-modified formulas, so under the repeated shock of a broadhead impact or a hard release, a generic CA bond is more likely to crack than flex and absorb the hit. For backyard target practice it's a fine, cheap option. For hunting arrows that need to survive repeated impact, a rubber-toughened CA like Easton Dr. Doug's Quickbond, or a flexible solvent-based cement like Bohning Fletch-Tite Platinum, is the more reliable choice.

Cold air holds less moisture, which slows the polymerization CA glue needs to cure, and low temperatures make standard CA more brittle once it does set. Solvent-based cements like Bohning Fletch-Tite Platinum and Saunders Arrow Mate N.P.V. are built to stay flexible rather than glass-hard, so they hold up better in freezing conditions. If you prefer a CA-type glue for late-season field repairs, pick a rubber-toughened formula and warm the shaft and glue to room temperature before applying; a cold substrate alone can cause a weak, slow cure even with a good adhesive.

Start gently. Scrape off the bulk of the dried glue with a dull, non-razor-sharp edge, working with the shaft instead of digging into it. Soaking the shaft in hot (not boiling) water softens most fletching cements enough to peel the old vane off cleanly. Finish by wiping the shaft with isopropyl alcohol (91% or higher) to strip any remaining residue before you re-fletch; this also raises the shaft's surface energy so the new glue bonds properly. Avoid aggressive solvents like acetone directly on carbon wraps or paint, and keep any solvent away from the nock end.

Fletching tape and no-glue wrap systems like NAP Quikfletch trade some peak bond strength for speed and consistency. There's no cure time, no clamp jig required, and every vane goes on identically, which indoor target and 3D shooters often value more than maximum durability. Liquid or gel glue, applied properly, generally holds a stronger and more weather-resistant bond over the arrow's lifetime, which is why most hunting and long-distance outdoor archers still fletch with liquid adhesive. If you shoot indoors, replace vanes often, or are new to fletching jigs, tape or wrap systems are a completely legitimate, often better choice.

Cyanoacrylate cures through anionic polymerization triggered by trace moisture; it sets in seconds to under a minute, which is why it's the default for fast field repairs, but it's more prone to brittleness in cold weather and harder to remove cleanly during re-fletching. Solvent-based cement, like Bohning Fletch-Tite Platinum or Saunders N.P.V., works differently. It seeps into microscopic crevices in the shaft and vane surface, and the bond forms as the solvent evaporates rather than through a chemical reaction. That slower process, typically a 5-minute clamp time and 24–48 hours to fully cure, produces a more flexible, shock-absorbing bond that generally outlasts CA against weather and repeated impact, at the cost of waiting before you can shoot the arrow.

Gorilla's CA-branded super glue is a standard, non-impact-modified cyanoacrylate — the same base chemistry as most dedicated fletching CAs, minus the rubber-toughening. It holds up fine on indoor target arrows. On hunting shafts it's usually the first bond to crack after a hard broadhead impact, because there's no flex built into that resin. If it's already on your bench, use it for target builds and reach for a toughened CA like Easton Dr. Doug's Quickbond for anything taking repeated hits.

Bohning Blazers ship with a slick, low-texture rigid-plastic finish, and finger oil from handling is enough to cut a glue's grip before it ever sees a solvent wipe. Wipe the base with isopropyl alcohol right before gluing, not an hour before, and don't touch the bonding strip again with bare fingers once it's clean. The other common cause is pulling the arrow out of the jig before the glue's specified clamp time — a bond that looks set at 30 seconds can still be soft underneath at the base.

Heat and mechanical scraping do the work, not solvent strength. Soak in hot, not boiling, water to soften the old adhesive, then peel and scrape with a dull edge. Acetone strips stubborn CA residue faster, but it's also aggressive enough to attack the epoxy resin matrix binding a carbon shaft if you soak the whole shaft in it or hit the same spot repeatedly. Keep any solvent contact brief and localized to the old glue line, and finish with an alcohol wipe instead of a second acetone pass.

Yes, and it's the standard for that job, not a compromise. Hot melt — the same low-temp glue stick sold for inserts and points — bonds well to bare carbon and aluminum and lets you pull and reset a point without solvent or scraping if the fit is wrong. It's a different job than fletching, though. Keep it away from vane material; the heat needed to melt it can deform rubber or TPU vanes sitting anywhere close to the insert.

Long enough to hit the glue's stated clamp time, not until it "feels set." Fast CA needs seconds to a minute before it holds its own weight, but releasing early lets the vane creep out of alignment while the bond is still soft. Solvent-based cement needs the full 5-minute clamp its label calls for, and epoxy runs longer still, so check the specific product since cure windows vary by formula. Either way, don't shoot the arrow until the glue's stated full-cure time has passed, even once the clamp time is done — clamp time and full strength are two different numbers.