Bodo Möller Chemie GmbH
Select Page
Generic filters

Epoxy resin adhesives (EP)

The most important group of reaction adhesives are epoxy resin adhesives. They harden with the addition of a hardener component without splitting off a low-molecular product and are addition-curing. Epoxy resin adhesives cover a wide range of processing and properties. The polymers are strongly cross-linked (duromers) and can achieve high strengths.

Home » Solutions » Adhesives » Epoxy resin adhesives (EP)

1-component epoxy resin adhesives

1-component epoxy resin adhesives are heat-curing. The hardener component is already mixed into the resin component, the reaction is blocked and is only started by the addition of increased temperature (usually 90°C-180°C). They are mostly used in the industrial sector, for example in the automotive industry or in aircraft construction.

2-component epoxy resin adhesives

2-component epoxy resin adhesives harden at room temperature or elevated temperature, depending on the type. Resin and hardener components are available separately. The reaction starts after mixing. The use of cartridges makes them suitable for both industrial and Do-It-Yourself applications.

Bodo Möller Chemie

Partners

All Downloads

Solutions

Events

More Events

News

Bodo Möller Chemie advances electric mobility with adhesive and foam solutions High-performance materials for greater safety and stability

14.05.2025

The Bodo Möller Chemie Group contributes to the ongoing advancement of electric mobility with its expertise in application technology and a steadily expanding portfolio.

Into a sustainable future with resins and fibers: Bodo Möller Chemie and DowAksa join forces Strategic distribution partnership for cutting-edge carbon fiber products

25.02.2025

Strategic distribution partnership for cutting-edge carbon fiber products.

Dr. Christian Battenberg joins the Bodo Möller Chemie Group as Executive Assistant and Global Vice President Plastics New in the management team

07.02.2025

New in the management team.
More News

    Loading...