Howdy and welcome to TEX-M!

Materials That Don’t Quit When Things Get Hot

Most materials have a breaking point. Push them past a certain temperature, throw them into a stream of hot, dusty, corrosive gas, and they warp, crack, or simply burn away.

The TEX-M Lab works where those failures happen.

We design and build materials systems that hold up at 1500°C and keep going past 3000°C, in the kind of brutal conditions that destroy almost everything else. Think rocket nozzles, hypersonic leading edges, propulsion components, and industrial systems that run far hotter than ordinary engineering allows. If your application lives at the edge of what’s physically possible, that’s our home turf.

Here’s what we actually do.

We design materials for the extremes

Metals, ceramics, ablatives, coatings, and combinations of all four. We engineer them to survive temperatures from 1500°C to well over 3000°C, and to do it while being attacked by oxidation, dust, and abrasion. The goal is simple: a material that performs when the environment is doing everything it can to tear it apart.

We make shapes that shouldn’t be makeable

The toughest, most heat-resistant materials are usually the hardest to form into anything useful. We get around that. Using additive manufacturing, self-propagating synthesis, topologically interlocking structures, and ultra-high-temperature sintering, we build complex parts out of materials most shops won’t touch.

We test at the real extremes, not simulated ones

A material isn’t proven until it’s been pushed. We put parts through high temperatures, high heat flux, high mass flow, and aggressive chemical reactivity, recreating the conditions they’ll actually face. No guessing how something will behave in service. We find out.

We measure what others can’t

Knowing how a material behaves at thousands of degrees takes specialized tools. We characterize physical properties at very high temperatures using radiometry, dilatometry, calorimetry, and thermal diffusivity, so the data behind every design is real and measured, not estimated.

Want to work with us?

If you’re building something that has to survive heat, speed, and chemistry that would destroy a conventional material, we should talk. We partner with industry on the problems that don’t have off-the-shelf answers.