TEMPERATURE CHANGES EVERYTHING

Epoxy doesn’t cure on a stopwatch. It cures through a chemical reaction, and temperature directly affects the speed of that reaction.

The same epoxy can behave very differently at 40°F, 70°F, and 95°F. Viscosity changes. Flow changes. Working time changes. Cure speed changes.

Understanding temperature means understanding what the material is doing before, during, and after application.

COLD SLOWS THE REACTION

As temperature drops, epoxy becomes more viscous. It feels thicker, flows more slowly, and requires more time for the chemical reaction to progress.

That doesn’t necessarily mean the chemistry has stopped.

At sufficiently low temperatures, some epoxy systems can enter what is effectively a hibernation period—the reaction slows dramatically and can resume as temperatures rise.

This is why cold-weather applications must be evaluated by temperature and time together, rather than cure time alone.

HEAT SPEEDS THINGS UP

Raise the temperature and the opposite happens.

Viscosity decreases. Flow improves. The chemical reaction accelerates.

But faster isn’t always better.

Higher temperatures can dramatically shorten working time, giving the installer less time to mix, place, spread, level, and finish the material.

The hotter the conditions, the more important planning and application speed become.

THE SUBSTRATE MATTERS TOO

Air temperature is only part of the equation.

Concrete, steel, equipment, and stored epoxy can all be at temperatures different from the surrounding air.

A warm afternoon doesn’t instantly warm a cold concrete slab. Likewise, steel exposed to direct sunlight can become significantly hotter than the surrounding air.

For epoxy, the temperature where the chemistry is actually happening matters.

CONTROL WHAT YOU CAN

You can’t control the weather.

You can control when you apply, where materials are stored, the temperature of the material before mixing, and—when appropriate—the environment surrounding the repair.

Heating, cooling, insulation, shade, tarps, and application timing can all influence conditions.

The goal isn’t simply to make epoxy cure faster.

The goal is to give the chemistry the conditions it needs to perform as intended.

SAME EPOXY. DIFFERENT CONDITIONS. REAL RESULTS.

KNOW THE CONDITIONS. CONTROL THE RESULTS.

Same Chemistry. A Stronger Tomorrow.