Register and take advantage of the discounts and advantages of being a Professional of Nautical
Join the more than 500 Nautical Professionals now
A high-performance structural adhesive and hybrid sealant for all types of applications in the marine industry specifically formulated for bonding and sealing mineral and organic glass.
Equivalent to Sika 295 UV.
• Resistant to UV, weathering, chemicals and salt water
• Solvent and isocyanate free: NOT requiring training according to Annex XVII of Regulation (EC) 1907/2006
• Compatible with marine industry materials on deck/bridges and under decks
• Permanently elastic within a temperature range of -40 °C to +100 °C
Sitol® M.E.D. is a high-quality professional adhesive-sealant based on hybrid polymers.
• It hardens by reaction with moisture to form a permanently elastic mass.
• It exhibits rapid hardening and high initial adhesion, permanent elasticity from -40 to +100 °C.
• Absorbs vibrations and acoustically insulates glued elements.
• High resistance to UV radiation, ageing in general, chemicals and salt water.
• Does not shrink or flake.
• Free of solvents and isocyanates.
• It is a structural adhesive developed specifically for bonding and sealing glass, both mineral and organic, in the marine industry.
• It adheres without primer on typical nautical industry materials, natural and synthetic, smooth and porous, even wet, provided they are clean, degreased and compact.
• Adheres to wet substrates.
• High mechanical resistance.
• Thanks to its chemical resistance characteristics, it can be used for sealing in exposed areas.
Typical bonding and sealing on yachts and boats on deck/hull and below deck on walls, floors and ceilings.
• bonding and sealing of mineral and organic glass
• sealing sea intakes
• structural bonding and sealing of all bridge/deck fittings and equipment
• structural bonding and sealing of panels
• structural bonding and sealing of deck-hull connections
• structural bonding of hatches and portholes
• bonding of natural or synthetic teak deck on bridge where higher initial bond strength is required
• bumper bonding






