Adhesives and sealants
Radiation-curable adhesives
Radiation-curable adhesives are instant to fast curing, controlled spatial polymerization and offer high mechanical performances. Sartomer® solutions are compatible with UV, UV-LED, excimer and EB radiation curing for (meth)acrylate, cationic epoxy, cyanoacrylate, or hybrid based resins.
Our large range of products can assist in many adhesives applications:
- Laminating adhesives
- Light optical clear adhesives (LOCA)
- Pressure sensitive adhesives (PSA)
- Electrically conductive adhesives (ECA)
- Hot melt adhesives
- Cyanoacrylate instant adhesives
Radiation-curable adhesives can be formulated with a wide range of functionalities and different acrylate chemistries to achieve advanced properties and to provide superior adhesion to substrates including flexible and rigid plastics, foil or metallized film, paper or paperboard, metals and glass. Our experts are available to work with you to meet environmental safety specifications too.
Anaerobic adhesives
Whether your aim is a low viscosity, post assembly wicking grade, a high strength, high viscosity retaining compound or a general purpose, fast curing thread lockers, Arkema can offer you the solution for your application:
- Thread lockers
- Gasketing materials
- Retaining compounds
Structural adhesives
Optimized the performance of your two-component acrylic, UPR and 2k epoxy/amine-based systems:
- Viscosity control
- Cure speed - inhibitor levels, trace metals
- Cure temperature
- Permanence
- Substrate
- Environment - high heat, chemical resistance, weatherability
We have various solutions for radiation-curable adhesives. Work with our regional expert teams on your product selection for your specific performance needs.
Access our product families
Arkema's offering for adhesives
Arkema provides a wide range of resins and additives for low-VOC curing technologies including waterborne, UV LED, high solids and rheology, for market segments such as sealants, radiation cure, anerobic, flooring and structural adhesives.Learn more