Customization might sound complex. Some customers wonder why they should develop something special when a standard epoxy material looks like it will meet the basic requirements and an existing product is already available.
In our eyes, the answer is easy: because the cost and complexity of material failure can far outweigh the investment in an advanced epoxy solution designed specifically for your application.
At Copps Industries, we look at customization as a form of risk mitigation. Instead of expecting a standard product to perform outside of the conditions it was designed for, we engineer solutions around potential points of failure to prevent costly problems.
Here, we’re outlining how upfront investment in the right epoxy solution can help you avoid costly downstream risks.
Understanding Why Materials Fail
When a material cracks, degrades, or otherwise fails prematurely, the material itself is only part of the problem. More often than not, the real issue is a mismatch between that material and its operating environment.
Temperature extremes might place additional stress on the system. Moisture or chemical exposure could cause degradation. Different substrates may expand, contract, or move in ways the material can’t accommodate.
Besides these environmental factors, manufacturing and processing conditions can create challenges, too. A material that performs well once cured may still cause problems if its viscosity, working time, or cure profile doesn’t align with the production process.
Custom formulation helps you prevent all these challenges with a little reverse engineering.
Formulating for What Matters Most
Instead of starting with an existing material and asking whether it can work, we can start with the application and ask what the material needs to withstand. We ask questions like:
- What type of loads will it experience?
- What temperatures will it be exposed to?
- Will it encounter moisture, chemicals, vibration, or repeated cycles of stress?
- Which substrates does it need to bond to?
- How does it need to be mixed, dispensed, applied, and cured?
Understanding these conditions allows our chemists to identify risks early and make intentional choices about properties like toughness, flexibility, thermal performance, chemical resistance, viscosity, adhesion, and cure characteristics.
The goal isn’t to engineer for every possible scenario but to understand and prioritize the properties that matter most.
Preventing Downstream Costs
The cost of a material is easy to see on a purchase order, but the cost of failure is much harder to predict.
A material that doesn’t perform the way you expect it to can lead to rejected parts, production delays, rework, equipment downtime, repairs, warranty claims, or premature replacement. And when the demands of an application fall outside of the ordinary, even more risk is introduced. The issues can become complex, disruptive, and expensive.
Understanding all the potential points of failure from the start helps us design a solution that reduces uncertainty and improves long-term reliability. A solution that’s engineered around your process means the material is ready for the conditions it will encounter in the real world—and that makes customization the most practical way to prevent downstream costs.
Copps Industries: Customization Without Complexity
At Copps, we approach every project with decades of formulation experience and deep knowledge of proven chemistries.
We use that expertise to create custom epoxy systems that are a more precise match to your requirements than any off-the-shelf solution. The result is a better fit between the material and its operating environment, so it can do the job it’s meant to do with less risk of failure.
Learn more about our custom formulation capabilities and contact us to discuss your application with our team.