Hitachi Metals Automotive Components to Be Division of Waupaca Foundry

Waupaca Foundry Inc., Waupaca, Wisconsin, announced it will merge with Hitachi Metals Automotive Components USA LLC (HMAC). The merger is part of a larger reorganization within Hitachi Metals Foundry America designed to position the integrated organization for growth and meet customer demand.

According to a news release, Waupaca Foundry will assume the assets and liabilities of HMAC. Both companies are currently subsidiaries of Hitachi Metals Foundry America (HMFA). After the merger, HMAC will become a division of Waupaca Foundry, but will continue to operate under the HMAC name.

Subject to customary conditions, the merger is expected to be complete on April 1.

Daily operations at Waupaca will not be impacted, and the merger is part of the firms’ strategic alignment.

“The merger with HMAC allows us to further integrate castings and value added services for our customers in diverse markets,” said Gary Gigante, CEO, Waupaca Foundry. “We are committed to being the world’s leading casting solutions provider, and this is a critical step in achieving that goal.”

In 2014, Hitachi Metals Ltd. purchased Waupaca Foundry from KPS Capital Partners LP, a New York-based private equity firm.

Waupaca Foundry produces gray iron, ductile iron and austempered ductile iron castings and employs more than 3,900 people at six manufacturing facilities, including three in Waupaca and others in Marinette, Wisconsin; Tell City, Indiana; and Etowah, Tennessee.

HMAC produces cast, machined and assembled ductile iron suspension and exhaust components for global automotive OEMs. It currently operates a machine and assembly plant in Effingham, Illinois, as well as a ductile iron casting facility in Lawrenceville, Pennsylvania.

The company employs 485 people across all locations.

“This reorganization further unites Hitachi Metals’ product design engineering expertise and materials development with Waupaca Foundry’s manufacturing excellence,” said Eddie Nakano, president and CEO, HMFA. “The merger will unite an experienced leadership team that is focused on delivering the most innovative products and technology to a growing base of global customers.”

HMAC CEO Mike Nikolai said the merger is a response to increased customer demand.

“Centralizing machine and assembly operations allows us to be more flexible in meeting the evolving demands of our customers,” Nikolai said. “We’ve already increased overall operational capacity and are positioning our organizations for long-term, sustainable growth.”

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Alcoa Awarded up to $50 Million Contract from U.S. Army to Advance Combat Vehicles

Lightweight metals leader Alcoa (NYSE:AA) has been awarded a five-year contract from the U.S. Army worth up to $50 million for R&D projects focused on developing innovative, lightweighting solutions for ground combat vehicles. The U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC) awarded Alcoa Defense a “Ground Vehicle Light-Weighting” contract to support efforts to accelerate technology research and development and provide engineering solutions for Department of Defense ground vehicles and intelligent ground systems.

“This agreement with TARDEC builds on Alcoa Defense’s decades-long partnership with the U.S. Army to advance military ground vehicles,” said Eric Roegner, President of Alcoa Defense. “Alcoa’s lightweight solutions have improved troop protection while reducing vehicle weight and assembly time. We look forward to building on our successful track record to help develop the next generation combat vehicle.”

Alcoa’s first “work directive,” or project funded under the contract, is an initiative to advance Alcoa-developed aluminum weld wire alloys. These alloys have already been proven to increase the strength of welded joints—typically the weakest point on a vehicle—as well as reduce corrosion of those welded joints on combat vehicles. Under potential future work directives, Alcoa will provide material research, development, engineering, testing, and evaluation efforts related to ground vehicle lightweighting. These research and development efforts will address various technologies associated with lightweighting such as aluminum forming technology, fastening and joining, modeling and simulation, armor development, material development, material fabrication, energy conservation, and coating and corrosion technology.

A Strong Track Record

Alcoa has built a strong track record of partnering with the U.S. Army to develop solutions that advance the performance of ground combat vehicles. In 2013, Alcoa announced a joint Alcoa-U.S. Army Research Laboratory (ARL) initiative to manufacture the world’s biggest single-piece forged aluminum hull for combat vehicles—the largest closed die forging ever made. This game-changing forging replaces the lower hull of a combat vehicle, significantly improving survivability over traditional welded hulls. In Army testing, the monohull has performed exceptionally well in mitigating the effects of blast events, such as those caused by Improvised Explosive Devices.

In 2005, the U.S. Army Tank-Automotive and Armaments Command (TACOM) awarded Alcoa a research, development and engineering contract to develop aluminum structures for ground combat and tactical vehicles under the Army Lightweight Structures Initiative. Alcoa delivered structural solutions that provided on average 30 to 50 percent weight savings over baseline designs.

About Alcoa

A global leader in lightweight metals technology, engineering and manufacturing, Alcoa innovates multi-material solutions that advance our world. Our technologies enhance transportation, from automotive and commercial transport to air and space travel, and improve industrial and consumer electronics products. We enable smart buildings, sustainable food and beverage packaging, high-performance defense vehicles across air, land and sea, deeper oil and gas drilling and more efficient power generation. We pioneered the aluminum industry over 125 years ago, and today, our more than 60,000 people in 30 countries deliver value-add products made of titanium, nickel and aluminum, and produce best-in-class bauxite, alumina and primary aluminum products. For more information, visit www.alcoa.com, follow @Alcoa on Twitter at www.twitter.com/Alcoa and follow us on Facebook at www.facebook.com/Alcoa.

Alcoa has been a partner and supplier to the military for decades, enabling high-performance defense vehicles across air, land and sea. It is part of the Company’s innovative value-add business. For more information on Alcoa Defense, please visit www.alcoa.com/defense.

About TARDEC

The U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC) develops, integrates and sustains the right technology solutions for all manned and unmanned Department of Defense ground vehicle systems and combat service support equipment to improve the effectiveness of our armed forces and provide superior capabilities for our future armed forces. Headquartered at the U.S. Army Detroit Arsenal in Warren, Mich., TARDEC is a major research, development and engineering center for the Army Materiel Command’s Research, Development and Engineering Command, and is an enterprise partner in the TACOM LCMC. For more information, please visit our website at http://tardec.army.mil, our Facebook page at www.facebook.com/TARDEC, or our Twitter page at www.army.mil/TARDEC

Disclaimer: Reference herein to any specific commercial company, product, process, or service by trade name, trademark, manufacturer, or otherwise, does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or the Department of the Army (DoA). The opinions of the authors expressed herein do not necessarily state or reflect those of the United States Government or the DoA, and shall not be used for advertising or product endorsement purposes.

As the author(s) is(are) not a Government employee(s), this document was only reviewed for export controls, and improper Army association or emblem usage considerations. All other legal considerations are the responsibility of the author and his/her/their employer(s).

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Heat Treat Expansion Complete at McGinnis Rolled Rings

 McInnes Rolled Rings has completed an $8 million, 25,000-square-foot expansion to its current manufacturing facility.  The addition expands its present heat treat size capabilities by providing the ability to quench and temper forgings up to 144 inches in diameter. With separate high agitation water and polymer quench tanks, this new state-of-the-art bay will significantly expand the daily tonnage capacity to ensure the fastest delivery times available in the industry.

McInnes contracted with Can-Eng Furnaces Intl. Ltd. to design and install the most advanced technology to process large diameter product. The furnace & quench tank designs are augmented by a customized material handling system by Dango & Dienthal Hollerbach GmbH capable of processing loads up to 25 tons.  The system’s fast transfer from furnace to quench tank provides optimal and repeatable process controls.

“This new bay nearly doubles our quenched and tempered offerings to the power transmission industry and adds the ability to solution anneal large diameter stainless steel rings. Also, the addition of water quenching improves our ability to meet the high property demands of the custom flange markets,” said Shawn O’Brien, VP Sales & Marketing.

The expanded heat treat operation will officially begin service on March 1, 2016.

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Solar Manufacturing, Refrac Systems Partner to Build Furnace System

Refrac Systems of Chandler, Ariz., contracted Solar Manufacturing to design and build a large 100-ton-load gas fan quench vacuum hot press (GFQVHP) system for its aerospace diffusion-bonding operation. Refrac Systems, working with Solar’s engineering team, selected a derivative of Solar’s standard internally quenched 2-bar vacuum furnace as the base design of the system. The new system contains many new designs, as it needed to be both an automated vacuum hot press and be extra versatile for making super plastically formed and diffusion-bonded (SPFDB) aerospace structures. Solar Manufacturing expects to ship the GFQVHP unit in July.

The furnace chamber for this unit was built by Amity Industries of Douglassville, Pa.  Beckwood/Triform of St. Louis, Mo., was selected to build the large 100-ton four-post hydraulic press frame for the system. The control console unit was built by Optima-Stantron of Lawrenceville, Ga. Final assembly, testing and start-up of the system is projected for the fourth quarter of 2016 in Chandler.

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Norsk Titanium Achieves Aerospace Technology Readiness

OSLO – December 21, 2015 – Norsk Titanium AS announced today that the company has achieved Technology Readiness Level Eight (TRL 8) by concluding a test plan coordinated through the Federal Aviation Administration and launched in September, 2012. The results of Westmoreland Mechanical Testing & Research Inc.’s multi-year testing campaign demonstrate Norsk’s Rapid Plasma Deposition™ (RPD™) titanium parts meet demanding aerospace requirements and can now be supplied to the world’s premier aerospace & defense manufacturers for final certification and airframe integration.

“Working closely with Westmoreland, we have concisely documented how our innovative technology lives up to the highest standards of performance and integration under aerospace certification testing,” said Norsk Titanium President & Chief Executive Officer Warren M. Boley, Jr. “We subjected 1,300 structural titanium aircraft samples to an unrelenting barrage of static and fatigue tests and the results confirm what we already knew—Norsk Titanium’s RPD™ process is ready for the rigors of commercial aviation.”

“This was a very exciting program for us to conduct,” said Westmoreland Vice President of Operations Mike Rossi. “Norsk Titanium has done a great job of creating and maturing a new manufacturing technology and successfully navigating their RPD™ process through tensile, compression, pin bearing, shear and numerous fatigue tests at our facility.”

The achievement of TRL8 status provides Norsk Titanium with the ability to deliver precision structural parts for aerospace & defense applications as early as 2016. The company is orchestrating the establishment of a global supply base to satisfy aerospace demand through expanded operations and strategic alliances in Europe and the upcoming groundbreaking of the world’s first industrial-scale additive manufacturing facility in the United States.

The company has recently announced new appointments of seasoned aviation and defense executives, technologists, and production experts in support of new part qualification demand and to meet the escalating needs of its current aerospace customers. Delivery of commercial aviation qualification parts is underway, with the first approvals expected in early 2016, leading to the full commercial production of titanium aerospace components by the second half of 2

About Norsk Titanium AS

Norsk Titanium AS is the world’s pioneering supplier of aerospace-grade, additive manufactured, structural titanium components. The company is distinguished in the aviation industry by its patented Rapid Plasma Deposition™ (RPD™) process that transforms titanium wire into complex components suitable for structural and safety-critical applications. The Norsk research and development team is committed to displacing the age old and inefficient forging process with a precision wire deposition technology embodying substantial savings for aerospace, defense, and commercial applications. www.norsktitanium.com

 

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HISTORIC VIDEO: Aluminum Heat Treatment

BOTW-62wHISTORIC VIDEO: Aluminum Heat Treatment (22 mins., Original circa 1945, Uploaded: 28 September 2015). Here’s a throwback in time. Take a look at this 1940s-1950s vintage video discussing the heat treatment of aluminum. For a more modern video on aluminum, search for “How Stuff Works: Aluminum TV Documentary” on this site. https://www.youtube.com/watch?v=FK80HCT_FIs

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Heat Treating – Topic: 54 Popular Heat Treating & Metal Videos

BOTW-62wHeat Treating – Topic: 54 Popular Heat Treating & Metal Videos. This YouTube generated playlist of 54 popular heat treating and metal videos might be a good resource. Please notice that many of the videos toward the bottom of the list are in Spanish. https://www.youtube.com/playlist?list=PLrzT79fuCOBKCWUJQCBlcrT3KOjO9oqCj

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Materials 101 Series from Mega Mechatronics, Part 6, Surface Finishing

BOTW-62wMaterials 101 Series from Mega Mechatronics, Part 6, Surface Finishing. (19 mins., 24 March 2014). This is Part 6 of a 6-video series for mechanical engineers. The videos cover 1.stress & strain, 2. ductility & toughness, 3. corrosion, 4. hardening, 5. failure analysis, and 6. surface finishing. (NOTE: 7 videos are listed in an early side in Part 1 on stress & strain, but we were able to find only 6 videos. It does not appear that the seventh video on thermodynamics was uploaded.) https://www.youtube.com/watch?v=WtDU1Oov4so

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