Creating adhesives that do not give in - even under extreme mechanical strain

Depending on the application and desired modification, different products can be used for improving the properties profile of adhesives:

Toughening heat curing epoxy adhesives with copolymers [>]
(Albipox®)

• improved impact resistance over a wide temperature range
• improved adhesion to metals, mineral substrates and oil-treated steels

Toughening and elastification of room temperature curing epoxy adhesives [>]
(Albidur®)

• improved impact resistance over a wide temperature range
• improved adhesion to metals, mineral substrates and oil-treated steels
• specific systems with very high elongation can be formulated

Modifying heat and room temperature curing epoxy adhesives with nanoparticles [>]
(Nanopox® A, Albipox® A)

• improved impact resistance over a wide temperature range
• improved adhesion to metals, mineral substrates and oil-treated steels
• high modulus, particularly high lap shear and peel strengths

Toughening epoxy adhesives with core shell rubbers [>]
(Albidur®)

• improved impact resistance without any loss in modules and T_G
• exellent electrical properties
  

Toughening acrylate adhesives with core-shell materials [>]
(Albidur®)

• improved impact resistance over a wide temperature range
• improved or same chemical resistance
• no impact on radical cure
• low viscosity modifiers
  

Modifying UV-cured adhesives with nanoparticles [>]
(Nanocryl® A, Nanopox® A)

• significantly improved tear resistance, fracture toughness and modulus
• high-filled, transparent systems can be formulated
• significantly improved adhesion to inorganic substrates (e.g. to glass)