Industrial Insulation Education & Resources

You do not need a thermal engineer or a modeling license to find the money in your steam system. You need four numbers — operating pressure, pipe diameter, linear feet of bare surface, and annual operating hours — plus your actual fuel cost and boiler efficiency.

The "noise floor" is the baseline sound level a facility cannot get below no matter how many individual machines it quiets, because reverberant energy from every remaining source keeps rebuilding it. Acoustic lagging attacks the problem where the sound is created rather than where it is heard, which is what 29 CFR 1910.95(b)(1) actually asks employers to do.

A lifecycle guide to service life by material, application, and industry – and how to spot when it's time to replace.

Learn what causes corrosion under insulation, the temperature range where it strikes, and how material choice and inspection stop hidden pipe corrosion.

Choosing the right high-temp insulation comes down to three factors: the continuous operating temperature of your equipment, the physical constraints of the installation, and the regulatory standards that apply to your facility.

Mineral wool and fiberglass are both proven industrial insulation materials — but they are not interchangeable. Compare R-values, fire resistance, moisture performance and cost to find the right fit for your project.

This guide explores how transitioning to removable insulation blankets—also known as insulation jackets—can transform your facility's operational agility and thermal management strategy.