Vibra-TITE
Vibra-TITE AL 6070 Low Odour
Low-odour 2K 1:1 methacrylate
Clear, low-odour structural methacrylate for metals, plastics and composites.
View technical data →Vibra-TITE
Low-odour 2K 1:1 methacrylate
Clear, low-odour structural methacrylate for metals, plastics and composites.
View technical data →Plexus
2K MMA, 1:1 mix
High-toughness, low-odour 1:1 methacrylate; bonds unprimed metals, composites and plastics.
View technical data →Vibra-TITE
2K 10:1 methacrylate for polyolefins
Structural bonding of PE and PP without pretreatment.
On PE and PP, always run a preliminary test on your part: depending on the material, it may need pretreatment.
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
Thixotropic 2K PU for wood, aluminium, rigid PVC, FRP and foams; moisture resistant.
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
Solvent- and plasticiser-free 2K PU for metals, foams and plastics; cartridge for standard gun.
View technical data →Kömmerling
Fast-curing 2K epoxy
Fast-curing 2K epoxy for glass, ceramics, stone, metal and electronics.
View technical data →Plexus
2K MMA, 10:1 mix
Fast-curing 10:1 methacrylate that bonds aluminium without primer.
View technical data →Plexus
2K MMA, 1:1 mix
Fast-curing 1:1 methacrylate for galvanised steel, coated metal and difficult plastics.
View technical data →Plexus
2K MMA, 1:1 mix
Very long open time 1:1 methacrylate for large composite joints (FRP, gelcoat).
View technical data →Plexus
2K MMA, 10:1 mix
Fast-curing 10:1 methacrylate; Plexus's preferred option for bonding EPDM.
View technical data →Plexus
2K MMA, 10:1 mix
Very fast-curing 10:1 methacrylate for stress-crack-sensitive plastics such as polycarbonate or acrylic.
View technical data →Cyberbond (legacy)
Modified acrylate / 2K methacrylate
Very fast-curing 2K 1:1 MMA (A pink / B light green) for plastics and metals.
Use: Structural bonding
View technical data →Cyberbond (legacy)
Modified acrylate / 2K methacrylate
Very fast-curing 2K 1:1 MMA (A clear / B blue), high elongation.
Use: Structural bonding
View technical data →Cyberbond (legacy)
Modified acrylate / 2K methacrylate
White long pot life 2K 1:1 MMA for polycarbonate and metals.
Use: Structural bonding
View technical data →H.B. Fuller
2K 1:1 structural methacrylate
1:1 structural MMA for metals, composites and thermoplastics (US data sheet).
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
Self-levelling multi-purpose 2K PU, applied by spatula and roller, with high moisture resistance and IMO and EN 45545 approvals.
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
Very low viscosity version of Körapur 672 for potting; proposed for potting/coating heat exchangers.
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
Thixotropic low-viscosity 2K PU with long pot life, also suitable for potting.
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
High mechanical performance 2K PU, 1:1 by volume and no significant shrinkage; short times, repair-oriented.
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
High-impact, thixotropic, slightly flexible 2K PU in tandem cartridge; IMO.
Use: Structural bonding
View technical data →Kömmerling
Solvent-free 2K polyurethane, cures at room T° regardless of humidity
High-impact 2K PU with high flexibility even at low temperature.
Use: Structural bonding
View technical data →Kömmerling
Elastic 2K polyurethane, 10:1 by volume
High-strength elastic 2K PU with high flexibility at low temperature, plasticiser-free.
Use: Structural bonding
View technical data →Kömmerling
Isocyanate hardener (component B) for 2K structural PU
Hardener for Körapur 2K systems (666, 672, 540, 560, 620, 840…), supplied in its own pack sizes.
Use: Structural bonding
View technical data →Kömmerling
2K polyurethane
Pourable elastic 2K PU for filtration/potting on metals and pretreated plastics.
Use: Structural bonding
View technical data →Kömmerling
2K polyurethane
Very fast-curing 2K PU for filters and potting plastics.
Use: Structural bonding
View technical data →Kömmerling
2K polyurethane
Pourable semi-structural 2K PU for metals, pretreated plastics and paper.
Use: Structural bonding
View technical data →Swift
2K polyurethane
2K PU with Swifthardener 9532 hardener.
Use: Structural bonding
View technical data →Kömmerling
2K epoxy
High-viscosity pink epoxy with excellent chemical and weather resistance and electrical insulation; very good adhesion to metal.
Use: Structural bonding
View technical data →Kömmerling
2K epoxy
High-viscosity pink epoxy with very long open time and excellent chemical resistance and insulation.
Use: Structural bonding
View technical data →Swift
2K epoxy, cures at room T°
Low-viscosity beige epoxy with medium open time.
Use: Structural bonding
View technical data →Swift
2K epoxy
2K epoxy for brush making (natural/synthetic bristles in metal, plastic or wood).
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: edge fill / structural, fire-retardant.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: fire-retardant insert potting, pourable lightweight.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: core fill / structural, fire-retardant, NASA low volatiles.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: field repair of composites.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: structural metal/composite/coatings/plastics, 100 % reactive.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: epoxy-polysulphide hybrid, gap filling.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: high-integrity general use, up to 180 °F.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: general use: metals, wood, coatings, ceramics, glass, plastics.
Use: Structural bonding
View technical data →Bacon / Fiber Resin (H.B. Fuller Aerospace)
Aerospace epoxy
Aerospace epoxy from the Bacon/Fuller range: very versatile, ratio adjustable from 1:1 (flexible) to 2:1 (rigid).
Use: Structural bonding
View technical data →Structalit
2K epoxy, room-temperature/heat cure
Two-component epoxy for capacitor bonding, corner bonding and general structural bonding, with very good dielectric properties.
Use: Structural bonding
View technical data →Structalit
2K epoxy, room-temperature/heat cure
High-Tg, impact-resistant two-component epoxy for bonding magnets in electric motors.
Use: Magnet bonding
View technical data →Structalit
1K epoxy, heat cure
High-Tg, high-strength, impact-resistant one-component epoxy for bonding magnets.
Use: Magnet bonding
View technical data →Structalit
1K epoxy, heat cure
Beige one-component epoxy with short low-temperature cure for structural bonding, magnets, glob top and sensor potting; highly resistant to oils, greases and media, low outgassing and low ionic content; ISO 10993-5.
Use: Structural bonding
View technical data →Structalit
1K epoxy, heat cure
Very flexible, very fast-curing one-component epoxy for fixing and protecting SMD components, flexible electronics, wafer level bonding, encapsulation and lens bonding.
Use: Structural bonding
View technical data →Structalit
Epoxy, heat cure
Highly flexible, stress-compensating, low-outgassing epoxy for LBA and lens bonding in automotive optical sensors.
Use: Lens bonding (thermal)
View technical data →Structalit
Epoxy, heat cure
Connector bonding adhesive with low ionic content, high modulus and high elongation, resistant to vibration and shock, with excellent adhesion to LCP and PBT.
Use: Structural bonding
View technical data →Structalit
Epoxy, heat cure
Low-modulus flexible adhesive for connectors with excellent adhesion to LCP and PBT, suited to temperature-sensitive substrates (cures from 60 °C).
Use: Structural bonding
View technical data →Structalit
Epoxy, heat cure
Low-CTE adhesive for connectors with excellent adhesion to LCP and PBT, resistant to chemicals and vibration, for temperature-sensitive substrates.
Use: Structural bonding
View technical data →Plexus
2K MMA, 1:1 mix
High-strength, low-viscosity, injectable two-component 1:1 methacrylate for small parts and repairs; on aluminium and stainless steel it requires PC120 conditioner.
Use: FRP/gelcoat/RTM composites and small repairs
View technical data →Plexus
2K MMA, 1:1 mix
High-strength, high-stiffness 1:1 methacrylate with longer working time than MA300; injectable for repairs, on metals with PC120.
Use: FRP/gelcoat/RTM composites, injectable repairs
View technical data →Plexus
2K MMA, 10:1 mix
Low-modulus, high-toughness 10:1 methacrylate, even at low temperatures; suited to bonding composites in transport, marine, wind energy and civil engineering.
Use: SMC/FRP and composites (sanded SMC)
View technical data →Plexus
2K MMA, 10:1 mix
Variant of the MA420 family with its own TDS (in English) and mechanical values different from MA420; 10:1 methacrylate for structural thin-joint bonding (max. gap 4 mm).
Use: Structural MMA 10:1 (specific use not detailed in source)
View technical data →Plexus
2K MMA, 10:1 mix
UV-stable white variant of MA420, cited on the official website with its own value sheet.
Use: Visible joints requiring UV-stable white colour
View technical data →Plexus
2K MMA, 10:1 mix
High-toughness 10:1 methacrylate with medium open time, used for bonding composites in marine and transport with minimal preparation; in rail, medium-sized FRP interior parts.
Use: FRP/gelcoat composites
View technical data →Plexus
2K MMA, 10:1 mix
10:1 methacrylate with long working time, widely used for bonding composites in marine and transport with hardly any preparation; rub rails, swim platforms and bus side panels.
Use: FRP/gelcoat composites
View technical data →Plexus
2K MMA, 1:1 mix
Highly thixotropic, tough, low-exotherm 1:1 methacrylate with moderate open time, for composites and metals in small and large structures; medium repairs.
Use: Marine: deck-to-hull, stringers, consoles
View technical data →Plexus
2K MMA, 10:1 mix
Long working time 10:1 methacrylate; the selector describes it as UV-stable white. Old TDS (2018).
Use: Joints requiring UV-stable white colour (selector)
View technical data →Plexus
2K MMA, 1:1 mix
Ultra-long working time, very low exotherm 1:1 methacrylate for large marine structures: stringers and skins with thick bond lines.
Use: Marine: stringers and large FRP areas
View technical data →Plexus
2K MMA, 10:1 mix
Primerless 10:1 methacrylate on aluminium, medium working time and good vibration and noise reduction; rail use.
Use: Unprimed metals (aluminium) and structural foam
View technical data →Plexus
2K MMA, 10:1 mix
Low-odour, high-toughness 10:1 methacrylate cited in the Selector Guide.
Use: Low-odour structural MMA
View technical data →Plexus
2K MMA, 10:1 mix
Low-odour, low-shrinkage 10:1 methacrylate cited in the Selector Guide.
Use: Low-odour, low-shrinkage structural MMA
View technical data →Plexus
2K MMA, 10:1 mix
Low-odour, very low shrinkage 10:1 methacrylate designed for thin sheet (stainless < 1 mm) while keeping flatness; rail skirting.
Use: Thin sheet without marking (stainless < 1 mm)
View technical data →Plexus
2K MMA, 10:1 mix
10:1 methacrylate for crazing-sensitive plastics; a slower version of MA3940LH.
Use: Crazing-sensitive plastics (PC, acrylic)
View technical data →Plexus
Not documented; non-flammable according to the website
Non-flammable reference with a value sheet on the official website; not present in earlier EMEA documents.
Use: Structural where a non-flammable product is required
View technical data →Plexus
2K MMA, 1:1 mix
Low-halogen 1:1 methacrylate, direct to metal, with medium-to-long working time and higher elongation; bonds galvanised and zinc-treated steels. GB with glass beads.
Use: Unprimed metals: galvanised, zinc, Al, stainless
View technical data →Plexus
2K PU, 1:1 mix
Odourless, non-flammable two-component polyurethane, primerless on metal and low shrinkage, with high mechanical strength and good resistance to moisture and salt spray.
Use: Unprimed metals and plastics
View technical data →Plexus
2K hybrid, 1:1 mix
Elastic, non-flammable, low-shrinkage two-component hybrid adhesive, primerless on metal; high permanent elongation for joints that must absorb movement.
Use: Unprimed metals, FRP, gelcoat, plastics
View technical data →Your privacy, your choice
We use technical storage to keep the website working and remember your preferences. With your permission, we'll also use Google Analytics to understand how the website is used and improve it. You can accept, reject or choose. Find out more in our Cookie Policy.