Cyanoacrylate adhesives
prices on 5 modelsCyanoacrylate
— an "instant" one-component composition that polymerizes with moisture from the air, forming a strong, rigid joint in seconds without heating. It is ideal for precise joins without gaps and minor repairs: rubber and leather, wood and paper, ceramics and most "common" plastics, small electronics parts, and model making. It's important to know the limitations: the joint is brittle against impact and bending, holds water and temperature moderately, and it barely adheres to polyethylene, polypropylene, Teflon, and silicone without a primer. Compared to epoxy and polyurethane, it works immeasurably faster but doesn't fill gaps as well; against hot glue, it wins in thinness and precision, but lacks in elasticity. Practical nuances: the gel version doesn't run and is suitable for vertical surfaces, "rubber-modified" brands are less crumbly upon impact, an activator speeds up the bonding, and a debonder helps carefully separate and remove the white residue. Briefly on differences from acrylic: acrylic glues (water-dispersed or structural) cure slower but fill gaps better, provide more viscoelastic and thermal/moisture-resistant joints, and are suitable for large areas and outdoor connections, whereas cyanoacrylate is about fast, precise bonds on clean edges without visible gaps.When you make a purchase through links on our site, we may receive a affiliate commission.
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Bondloc B406 is a very Low Viscosity Cyanoacrylate that bonds metals plastics wood ceramics rubber leather card glass and many other materials. Liquid Properties: Ester base: Ethyl cyanoacryl more→ateAppearance: Clear colourlessSpecific Gravity: 25°C 1.06 g/cm²Shelf life: 12 months unopenedViscosity @ 25°C: 25 - 35 mPas Size: 20gPTDBONB40620
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Bondloc B401 is a Medium Viscosity Cyanoacrylate. It bonds metals plastics wood ceramics rubber leather card glass and many other materials. Cyanoacrylate adhesives cure through reaction with more→moisture held on the surface to be bonded. They need close fitting joints and usually solidify in seconds which has resulted in the universal generic name of 'superglues'. Curing is started by the film of moisture found on most surfaces which is usually slightly alkaline and it is this alkalinity which causes the polymerisation. Most grades have varying viscosities and therefore they need close fitting joints. Newer developments of gelled variants allow cure in wider gaps and application to vertical …
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The Bondloc B415 is a high viscosity cyanoacrylate adhesive designed for professional bonding of metals, plastics, wood, ceramics, rubber, leather, card, glass and many other materials. This ethyl cya more→noacrylate-based super glue offers reliable, fast-curing performance for tradespeople and contractors requiring strong bonds across diverse substrates. Cyanoacrylate adhesives cure through reaction with moisture held on the surface to be bonded, typically solidifying in seconds. The curing process is initiated by the slightly alkaline film of moisture found on most surfaces, which causes polymerisation. The high viscosity formulation is ideal for close-fitting joints and small plastic parts, as …
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Bondloc B480 is a black rubber toughened Cyanoacrylate that bonds metals plastics wood ceramics rubber leather card glass and many other materials. Cyanoacrylate adhesives cure through reactio more→n with moisture held on the surface to be bonded. They need close fitting joints and usually solidify in seconds which has resulted in the universal generic name of 'Superglues'. Curing is started by the film of moisture found on most surfaces which is usually slightly alkaline and it is this alkalinity which causes the polymerisation. Most grades have varying viscosities and therefore they need close fitting joints. Newer developments of gelled variants allow cure in wider gaps and application …
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Bondloc B454 is a Thixotropic Non-Drip Gel Cyanoacrylate that bonds metals plastics wood ceramics rubber leather card glass and many other materials. Cyanoacrylate adhesives cure through react more→ion with moisture held on the surface to be bonded. They need close fitting joints and usually solidify in seconds which has resulted in the universal generic name of 'Superglues'. Curing is started by the film of moisture found on most surfaces which is usually slightly alkaline and it is this alkalinity which causes the polymerisation. Most grades have varying viscosities and therefore they need close fitting joints. Newer developments of gelled variants allow cure in wider gaps and application …




