Industrial Cryogenic Engineering’s Gary Moeggenberg
Is It Cold or Is It Hot
Plastic and metal parts last way longer after a deep freeze.
By Ilene Wolff | Photo by Doug Julian
Industrial Cryogenic Engineering (ICE) incorporates a process to manipulate materials with extreme temperatures to make them Superman strong and, as a result, much longer lasting.
From excavator, snowplow, and lawnmower blades to wood chippers, entire engines, golf clubs, and gun barrels, the process can help companies boost bottom lines by reducing their equipment’s downtime and replacement parts budgets.
“It takes out the small fracture lines and ‘welds’ them (materials) at the molecular level,” says Gary Moeggenberg, who owns ICE and thinks like an engineer as well as an economist. “If cryogenics were adopted by American manufacturing, it would allow them to become more competitive.”
Moeggenberg is no newbie to cryogenics. He has been perfecting the process for over eight years.
He’s got the numbers to prove he’s not just full of cold air, too. For example, an ICE treatment costing about $1,650 per part can save a contractor more than $7,000 by tripling the lifetime of an excavator’s $4,500 biting edge.
The exact recipe ICE uses is secret, but using extreme cold to toughen materials is a very old concept adapted from Swiss watchmakers who buried their wheels, gears, and pins in snow to make the metal harder and longer lasting.
The temperatures ICE uses are much colder, of course, but the idea is the same, and it’s one that Moeggenberg’s customers can bank on.