Custom Engineered Approach

Friction welding solutions for the Military industry

Government agencies and military branches in the United States and abroad rely on MTI as their friction welding technology source for such items as aluminum-armor-based military-vehicle systems. Our machines and Manufacturing Services have been used in military defense, aircraft, aerospace, and ground transportation components.

How MTI is making a difference in Military manufacturing

Our continued research into the stored energy approach to friction welding led to the first military standards written around the inertia welding process (MILSTD- 1252). The advantages of this process such as no smoke, fumes, or gases, few sparks produced, and the fact that the process is machine-controlled, make it suitable for use in potentially explosive or hazardous environments. MTI’s friction welding machines can be fully automated so operators can be safely located out of harm’s way and still count on consistent, very repeatable, high quality welds and weld properties.

Military
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Military
Why friction welding is vital for military applications

Production efficiency and cost-savings are important to each branch of the military, and that’s exactly what they receive with the customized capabilities of MTI’s friction welding machines. Not to mention versatility. That’s because our machines produce everything from bimetallic titanium rivets for aircraft to jet engines, smoke rounds to penetration bombs, and Apache helicopter drive shafts to nuclear bomb cases.

Whether it’s for equipment, munitions, or specialty vehicles, friction welding plays a key role in manufacturing parts that are vital to our own country’s defense, while also helping to protect freedom-loving countries around the world.

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The welding solution to the challenges you're facing may be one click away
FAQs - Friction Stir Welding
FAQs - Friction Stir Welding

What is Friction Stir Welding? What is Friction Stir Welding used for? And, what does Friction Stir Welding look like? Learn all this and more in part one of our series on the most commonly asked questions about friction welding.

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Eyes of an Engineer: Part 4
Eyes of an Engineer: Part 4

In our latest edition of Eyes of an Engineer, we interview junior service engineer James Lovell and junior design engineer Luke Barrett. The two graduated from MTI's apprentice program in February of 2018.

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Friction Welded Parts Are All Around Us
Friction Welded Parts Are All Around Us

Whether you travel by plane, train, car, or electric vehicle, you're always within reach of a component that's been friction welded. Discover the items you use every day that feature friction welded components.

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Whiteboard Wednesday: Upset Control and Pressure Modulation with Dynamic Profile Modification
Whiteboard Wednesday: Upset Control and Pressure Modulation with Dynamic Profile Modification

MTI's Dan Adams provides more detail in episode three of our series on upset control and length control for rotary friction welding.

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