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Two-part epoxies were first developed in the 1950s and since then have become renowned as one of the most versatile and effective types of bonding solutions. In addition to its adhesive properties, this polymeric material is highly adaptable and can be used as a coating, an encapsulation and a sealant.

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Reliable, High Bond Strength

The chemical reaction that takes place between the resin and the hardener in two-part epoxy formulations results in a curing process, which provides considerable strength when bonding a wide range of different substrates.

The Potential for Countless Modifications

As this article notes, epoxies are unique in terms of both performance and application. Anything can be added to a two-part epoxy to alter its flexibility, bonding strength and viscosity to ensure it has the right properties for your project. Adding a metal filler will encourage the epoxy to perform like a metal, which can then be used to repair damaged metal structures.

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Bond Almost Anything to Almost Anything

Although this might sound too good to be true, the versatility of two-part epoxies means that they are often the ideal adhesive option. As the two-part bonding process delivers such a strong chemical reaction, epoxies are exceptionally strong once they are fully cured. Their modification potential means that two-part epoxies make excellent wood, glass, rubber, masonry, plastic and metal bonding adhesives, and some further information on this metal-to-metal performance can be found here https://www.ct1.com/product-applications/metal-to-metal-adhesive/.

Superior Functionality

Two-part epoxies are available in solid, liquid, paste, and semi-cured forms, further adding to their versatility and suitability for a wide range of different uses. They are particularly adept at filling gaps and providing a high level of electrical insulation. Additionally, as they are chemically inert, they are not likely to produce an adverse reaction if exposed to other chemicals.

Situational Suitability

Two-part epoxies are moisture, oil, and solvent resistant, which makes them ideal for use in a range of different environments, settings and situations. Notably, they are specifically formulated to perform well in demanding applications, including high vibration, mechanical shock, and significant temperature changes.

Temperate Curing

As two-part epoxies can be cured at room temperature, there is no need for heat or chemical catalysts to deliver the strength you need. Depending on the specific curing agents used, they can achieve full handling strength in anywhere from a few minutes to eight hours after application.

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