Aerospace

Product Applications

Proprietary Kryron® Alloys have sparked a new renaissance in Aerospace capabilities. With its revolutionary particle applications in electrical and thermal conductivity, the global future of flight and space will soon soar to heights unknown.

Kryron® heat-dissipating paints and sheer layers of matrix aluminum will provide aviation skins with new rigidity and unmatched strength, with minimized air resistance only imagined in today’s engineering world.

INITIAL AEROSPACE APPLICATIONS

Electronics:

Extreme electrical conductivity
Near immediate heat dissipation
Strong, non-brittle, non-corrosive wiring
Solder capabilities to virtually any metal or alloy
Markedly lighter than copper, significantly stronger than steel

Internal parts / Engines / Propulsion components

Industry-leading strength to weight ratios
Extreme wear and friction resistance
Volatile temperature and corrosion resistance
Non-warping, non-fracturing, new durability standards

External parts

Unmatched strength to weight to cost ratios
High impact absorbing Kryron® Aluminum skins
Minimized weight, and severe heat-reducing skins
Impact-resistant, low friction, and extreme heat-dissipating paints

Vehicle Armor

Heat Sink / LED

Aerospace

Batteries

Power Grid

Military/Defense

OTHER APPLICATIONS YOU MIGHT BE INTERESTED IN…

Alloy technology meets materials engineering, developing new solutions to multiple markets around the globe

More Applications

KRYRON: THE NEW METAL ALLOYING PROCESS.

The patented invention of the innovative Bourque Industries metal alloying process is called “Kryron.” The Kryronization process creates Carbon Nanotube Metal Matrix Composites (CNT-MMC) using standard alloys and base metals.

Kryronized aluminum is a carbon nanotube metal matrix composite (CNT-MMC). Kryronized materials are superior to other CNT-MMC variants because Bourque Industries has solved two key problems commonly associated with CNT-MMC's, homogenous distribution of carbon nanotubes within the metallic substrate and cost-effective performance on an industrial scale. The infusion of carbon nanotubes into our proprietary metal alloy allows us to create materials with exceptional ballistic capability and low weight.

Discover More

How Carbon Nanos are Changing the World

by: Real Engineering
www.curiousitystream.com

Cermamic Body Armor Limitations

by: Newtecharmor
http://newtecharmor.com/news/44

Power Grid: Looming Problems

by: The Washington Post
www.washingtonpost.com/business/2021/06/29/power-grid-problems/

Alloying: Greatest gift of Metallurgy

by: Science Direct
www.sciencedirect.com/topics/materials-science/alloying

The World of Heat Sinks

by: Computerhope
https://www.computerhope.com/jargon/h/heatsink.htm

YEARS IN THE INDUSTRY

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt

OUR CORPORATE TEAM »

20+

YEARS IN THE INDUSTRY

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt

OUR CORPORATE TEAM »

CLIENT’S TESTIMONIALS

ROBERT LEWIS, COMMANDER
Collier County Sheriffs Office

We tested Bourque armor against a detonated IED, with an explosive velocity of 5 miles per second. Zero Penetration. This is the darndest thing I've ever seen.