Cyberbond CB 2610 Special cyanoacrylate adhesive for wood and leather

Features of Cyberbond CB2610

Cyberbond CB2610 is a one-component, instant-setting cyanoacrylate adhesive. Thanks to its "neomer" (modified ethyl ester) technology, it is specifically designed for bonding acidic surfaces such as wood, leather, cardboard, paper, etc.

With a medium viscosity and insensitive to surfaces (no penetration of materials), this cyanoacrylate is suitable for general use on a wide range of porous and non-porous substrates for permanent bonding:

• Plastics: ABS, acrylic, polycarbonates, nylon, polypropylene, polyethylene
• Rubber
• Metals
• Paper
• Fabric
• Leather
• Wood
• Ceramic
• Painted surfaces

It sets almost instantly: 1 to 3 seconds (>40 seconds on wood). So be careful to position your surfaces correctly when gluing, given its "super glue" characteristics.

It's transparent, solvent-free and can withstand temperatures of up to 80°C.

No installation accessories are required. 

For all bonding of materials with low surface energy, it may be useful to combine CB 2610 with CB 9090 activator, specifically designed to facilitate the polymerisation of Cyberbond cyanoacrylates.

Before any assembly, it is necessary to check that the surface to be bonded is clean, free of dirt, grease or other residues that could prevent good adhesion. See our web page on surface preparation.

Applications for Cyberbond CB 2610

• Fixing printed circuits or transformers in the electronics industry
• Assembly of costume jewellery or spectacles, where aesthetics are paramount
• Assembly of orthopaedic insoles
• Fixing plastic supports in the automotive industry

Cyberbond is continually developing its own cyanoacrylate adhesives to guarantee optimum results in industrial applications.

The products are designed for specific applications, but also for industrial applications: storage stability has therefore been greatly improved.

Cyberbond adhesives guarantee reliable mechanical strength, excellent mechanical, thermal and climatic resistance properties (e.g. ozone resistance), improved elasticity and good ageing.

Typical properties