AEROSPACE HEAT TREAT

Precision Tubing Manufacturer Awarded Nadcap Accreditation

Fine Tubes technical team with 4th Nadcap Certificate: Valerie Hart, Technical Manager; Dr. Abdul Saeid, Process Engineer; Wayne Taylor-Vicary, Deputy Cell Leader; David Killoran, Welding Process Engineer; Rob Eatwell, Quality Manager

A precision tubing manufacturer has been awarded a Nadcap accreditation for chemical processing. This is the fourth Nadcap approval awarded to Fine Tubes; its first accreditation was for heat treating in 2004, followed by nondestructive testing (ultrasonic testing) in 2005 and fusion welding in 2013. In addition, the Plymouth (UK)-based manufacturer anticipates receiving another accreditation for fluid distribution systems shortly.

Nadcap is an internationally recognised accreditation system that covers the key manufacturing and production processes used within the aerospace industry.

Very few companies hold four Nadcap accreditations simultaneously.

Chemical processing is a critical part of the Fine Tubes production process. Tubes must be chemically milled after the cold-working and heat-treating manufacturing processes, by being etched to ensure they meet the customer specification requirements.

“The tubing we manufacture is designed to withstand in-process fatigue loading, and failure is not an option.  When aircraft manufacturers need tubing, they inevitably look for suppliers who can demonstrate the most-stringent quality standards. Nadcap accreditation is widely viewed as confirmation of that, and, so with every Nadcap accreditation that we earn, we further enhance our ability to win new contracts,” comments David Killoran, representing the Fine Tubes’ technical team.

To achieve its latest accreditation, Fine Tubes undertook an intensive on-site inspection and investigation by a Nadcap auditor. This audit covers all aspects of the process – the machinery, consumables, and methods employed, as well as the qualifications and experience of the staff involved in the process.

“The auditor found no failures to comply with the Nadcap criteria, and that is a major credit to the Fine Tubes production team involved in the audit,” said Dr. Abdul Saeid, Process Engineer at Fine Tubes.

Fine Tubes and its US-based sister company, Superior Tube, are units of AMETEK Specialty Metal Products and both have supplied the aerospace industry with high-performance tubes for more than fifty years. Their precision tubes are used in airframes, aircraft engines and aerospace instrumentation, where they are relied upon to withstand the most-critical operating conditions.

 

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Aluminum Aging Oven Shipped to Aerospace Parts Manufacturer

An aerospace parts manufacturer recently acquired an electrically heated aluminum aging oven as part of an upgrade of its line. The SWH series batch oven was ordered to replace antiquated equipment in order to facilitate compliance with AMS 2750E Class 2 specifications. Wisconsin Ovens, a Thermal Product Solutions (“TPS”) brand, completed the shipment in August 2017.

 

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15 Atmosphere and Vacuum Furnaces Shipped to Aerospace, Commercial, MIM Industry Customers

Fifteen atmosphere and vacuum furnaces were shipped to customers in aerospace, commercial heat treating and MIM industries around the world during the second quarter of 2017, including China, Hong Kong, India, Japan, Saudi Arabia, and the United States.

The shipments included:

*   Two large, vertical (bottom-loading) MetalMaster® vacuum furnaces, each with a 120″ (3 m) diameter work zone and 10,000-pound (4,500 kg) load capacity
*   Five standard TITAN® vacuum furnaces complete with PdMetrics®
*   Debind and sinter vacuum furnaces for the MIM industry
*   ATLAS integral quench atmosphere furnace, which was delivered six weeks after order placement

In addition to these transactions, Ipsen USA of Cherry Valley, Illinois, delivered several custom-built vacuum furnaces that will process parts for the aerospace industry.

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Lockheed Martin, BAE Systems Award Heat Treat Contracts Down Under

Karen Stanton, owner and director of HTA Group, Photo Credit: LinkedIn

Heat Treatment Australia  (HTA), a commercial and aerospace heat treater based in Brisbane, Australia, recently secured industry agreements with two of the world’s largest global defense companies, Lockheed Martin and BAE Systems’ Controls and Avionics Solutions.

Lockheed Martin granted the F-35 supplier accreditation of its newly established facility in Sante Fe Springs, California, its first outside Australia, to provide thermal processing services for U.S. heat treat customers and to process stainless steel orders from Australian companies before the raw material leaves U.S. shores.

“We hope this new US facility will provide opportunities for HTA to collaborate with other Australian companies, and that our US-based thermal processing capabilities will be an asset to Australian industry,” said Karen Stanton, owner and director of HTA Group. “HTA’s entry into the US market aligns with the Australian government’s 2016 Defence Industry Policy Statement, and will subsequently boost Australian Global Supply Chain opportunities, creating more jobs and economic benefit to Australia.”

In addition, BAE Systems, based in Fort Wayne, Indiana, has awarded HTA a contract for the supply of pressure manifolds for commercial aircraft jet engines in the U.S. The pressure manifolds are part of the digital engine controls for the LEAP family of jet engines. The LEAP engines will power some of the biggest fleets of commercial aircraft in the world, including Boeing 737 MAX and Airbus A320neo.

HTA will use its recently opened state-of-the-art thermal processing facilities in Brisbane to assemble the manifolds.

Minister for Defence Industry Christopher Pyne, upon congratulating the company for their achievements, said, “This will increase Australian companies’ competitiveness in the U.S. and other global markets and gain access to new global supply chain opportunities.”

HTA is the only aerospace heat treater in Australia with AS9100 and Nadcap accreditations. The company has branches in Brisbane, Sydney, Melbourne and now Los Angeles.

Sources: Defenceconnect.com.au, Australian Government Department of Defence, Australian Defence Business Review, Lockheed Martin

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ATI and GE Aviation Announce Titanium JV

Allegheny Technologies Incorporated, a global leader in the production of technically advanced specialty materials and components, announced a joint venture (JV) with GE Aviation for the development of a new meltless titanium alloy powder manufacturing technology. The JV will construct a new R&D pilot production facility. The titanium alloy powders are being developed for use in additive manufacturing applications, including 3D printing.

ATI will provide operational, technical, and project support to the joint venture. The joint venture will leverage ATI’s technology, manufacturing, and quality leadership in the production of specialty metal powders and premium-quality titanium and nickel-based alloys for critical and technically advanced applications. The JV will also draw upon GE Aviation’s engineering and development capabilities and technical knowledge of the use of alloyed titanium powders.

“We are pleased to join with GE Aviation to create this innovative next-generation technology joint venture,” said Rich Harshman, ATI’s Chairman, President and Chief Executive Officer. “The science of specialty metal powders is a transformative technology and we intend to maintain and enhance our industry-leading position.”

“Developing new materials is an important part of our vision for our business,” said David Joyce, vice chairman of GE and president and CEO of GE Aviation. “ATI is a recognized leader in advanced specialty materials, and we are excited about the collaboration this new joint venture enables.”

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Kentucky Invests $1.3B in 5000, 6000, 7000 Aluminum Auto & Aero Plate & Sheet

The nation’s first Greenfield aluminum rolling mill is scheduled to be constructed on Eastern Kentucky’s South Shore.  The transformation in material sciences and advanced manufacturing was evidenced during a joint announcement by Kentucky Governor Matt Bevin and Craig Bouchard, Chairman and CEO of Braidy Industries, Inc.  The Governor and Mr. Bouchard announced that Braidy, in partnership with the State of Kentucky and the Ashland Alliance, will participate in the construction.

The Braidy rolling mill seeks to become the nation’s low cost producer of high quality auto body sheet aluminum, plate and ultra-high strength alloys for the aerospace industry. The mill will open with capacity of 370,000 tons per annum, producing series 5000, 6000, and 7000 aluminum sheet and plate products. Braidy is also exploring new scientific nano-crystaline technical advances capable of improving molten metal-based manufacturing.

“Braidy Industries’ decision to locate in Eastern Kentucky has the potential to be as significant as any economic deal ever made in the history of Kentucky,” said Gov. Bevin. “This $1.3 billion investment will create enormous opportunity for people in the region, and would not have been possible without our recently passed right-to-work legislation. I look forward to the success of Braidy Industries as they leverage the incredible work ethic found in Eastern Kentucky. The ripple effect of this investment will be significant and will produce positive change in the region for generations to come.”

Ground breaking at the 370 acre South Shore site will occur in the first quarter of 2018. Over $1.3 billion will be spent on the mill located in Greenup County Kentucky, close to the city of Ashland.  The mill will be 2.5 million square feet under roof, with an ideal location on the great Ohio River, and already-permitted barge capacity. The CSX railroad runs through the property, and highway I-64 connects the mill site to some of the nation’s largest auto-making and aerospace customers. The State of Kentucky exports more than $10 billion per year in aerospace products, ranking it second among all states in the U.S.

Kentucky Cabinet for Economic Development Sec. Terry Gill said the project holds the promise of transforming the region.  “Both in the immediacy and over the coming decades, Braidy Industries’ investment – and the jobs its high-tech mill will create – promise to make a tremendous positive impact on Greenup County and Kentucky’s eastern region.  Major efforts by local, regional and state partners, including the Legislature’s actions to improve Kentucky’s business climate, prove to be key. In its entirety, this work helps us deliver the clear message that Kentucky is open for business.”

Craig Bouchard is joined on the Braidy Board of Directors by Dr. Michael Porter of the Harvard Business School, the world’s foremost expert on competitive advantage, Dr. Chris Schuh, Head of Materials Science at MIT and one of the worlds most accomplished metallurgists, John Preston, renowned technologist who commercialized intellectual property at MIT for nearly 30 years, and Charles Price, a well known industrialist from the State of Kentucky.

Braidy’s second investment will be a soon-to-be-announced acquisition putting it on the forefront of the advanced manufacturing of ultra-high strength and light weight parts for the inside of cars and airplanes, and for defense purposes. The company intends to lead the development of science applying nano-crystaline technologies to the rapid implementation of high-strength and lightweight alloys.

“By combining an advanced production capability with advanced metallurgical science, there is a great opportunity to reinvigorate metals manufacturing in United States,” said Christopher Schuh, MIT metallurgist and member of the Braidy board of directors.

The company selected Eastern Kentucky as its partner because the region is home to an abundance of hard-working skilled workers trained in the metal and mining industries.  It is also a perfect logistical location to serve auto and aerospace customers.

Kentucky becoming a Right-to-Work state made a significant difference. The State provided additional incentives which will help Braidy in becoming the low cost producer of aluminum sheet and plate in the United States when the mill is completed in 2020.

Dr. Michael E. Porter, professor at Harvard Business School and a global expert on competitiveness and economic development, serves as a Braidy Industries board member. Porter assisted the company in assessing Kentucky’s competitive advantage versus other potential locations.

“Eastern Kentucky has significant competitive advantages, including its proximity to the leading automotive and aerospace customers, low energy costs and a skilled and available workforce for heavy manufacturing,” Porter said. “The decision to locate in Greenup County will provide an opportunity for Braidy Industries and the community to work together to transform the region’s business environment as well as attract related companies.”

Braidy Chairman and Chief Executive Officer, Craig T. Bouchard said:  “This is an historic moment. The best time in the past 50 years to invest in American infrastructure and advanced manufacturing is right now.”

Mr. Bouchard added, “We believe that a large scale greenfield investment in aluminum and other materials will create a substantial competitive advantage. We will do this by optimizing logistics on water, rail and highway, a non-union work force, no environmental legacy, no pension legacy, very low plant maintenance costs, industry leading electric cost infrastructure, state-of-the-art equipment and work process flow, and fewer employees per ton.  From our location in Greenup County we can import, and reach the majority of our customers in the United States same-day by water, rail or highway. The cost advantages are stunning.”

Kentucky Power is partnering with Braidy in the provision of low cost energy. Both companies share a vision with Governor Matt Bevin and his Economic Development team led by Terry Gill of establishing Eastern Kentucky as the nation’s leader in advanced manufacturing excellence.

John Preston said, “The last decade has seen rapid advances in material science similar to advances in the computer/Internet fields in the 1990s.  These advances both in processing equipment and new materials are now ripe for full scale deployment which enables cost effective material substitution – reducing the weight of vehicles and planes, saving vast amounts of energy and reducing dependence on scarce materials.”

Braidy will partner with the Kentucky Community and Technical College system (KCTCS) to enhance and develop a specialized Associates Degrees in Material Sciences and Advanced Manufacturing which will be used to train its work force on an evergreen basis while developing a pipeline of human talent for its mill and future manufacturing businesses in Greenup County, as well as surrounding counties.

“KCTCS is one of the nation’s leaders in providing workforce credentials that fuel highly-skilled, high-demand jobs in Kentucky,” said Dr. Jay Box, KCTCS President.  “We look forward to working with Braidy Industries to prepare their needed workforce.  Our Ashland Community and Technical College will lead the effort by providing onboarding services as well as delivering the AAS in Material Sciences degree needed by Braidy.”

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MTI Achieves Production Readiness on New Hi-Tech Forging Line

Metal Technology (MTI) announced that it has achieved production readiness on a new state-of-the-art forging line at its manufacturing facility located in Albany, Oregon.

“Our entire team at Metal Technology is fully committed to being the best in the world at forging Molybdenum, Tantalum, Niobium, Copper, and other reactive and specialty metals.” said Pat Coffey, Vice President – Operations. “By coupling our computer controlled (CNC) 1200 ton hydraulic press with our new multi station digital rotary hearth  furnace we are able to achieve some of the highest quality and repeatability levels in the industry. We are able to tune our process by adjusting heat, tonnage, speed, and travel, programmatically allowing us to create a recipe that will yield the ideal microstructure for each application. This was an absolute must given the unique demands of the defense, scientific, and space exploration customer base we serve.”

“Our new forging capability combined with our precision machine shop further strengthens MTI’s competitive position by allowing us to provide fully comprehensive end-to-end solutions for our customers. We are now able to forge components to near net shape with superior grain structure saving time and material due to our controlled forging process. We can then machine those components in house to final geometry and back it up with AS9100 level inspection using the most sophisticated precision measuring equipment in the industry to assure the highest quality standards.” said Gary Cosmer, Chief Executive Officer.

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Automotive and Aerospace Industries to Benefit from New Research Center

  Source:  Worcester Polytechnic Institute

The Automotive and Aerospace industries will be benefiting from Worcester Polytechnic Institute’s new research center.  The new center will be improving upon data collection and computer modeling techniques which will lead to the development of  better equipment and materials used by these industries.

Read More: WPI Launches New Center for Materials Processing Data

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NADCAP 24 Month Merit Status Awarded

A Nadcap 24-month merit status has been awarded to Solar Atmospheres of Western PA.

“Congratulations to Solar Atmospheres on successfully passing what may be the aerospace industry’s most stringent process capability assessment audit,” said Joe Pinto, Executive Vice President and Chief Operating Officer at the Performance Review Institute. “Nadcap audit criteria are widely acknowledged to be hard to meet and companies like Solar Atmospheres who succeed at doing so, rightfully deserve recognition.”

Susan Generalovich, Quality Manager says: “The only way to achieve high quality standards is to have every member pulling in the same direction.  That is what we have here at Solar Atmospheres of Western PA.  From top management to the guys on the floor, everyone is focused on quality.  We know this from our visitors and our customers.  They appreciate the care they see used on their products and on our facility.”

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Raytheon Awards IBC ATFLIR Contract

IBC Advanced Alloys Corp. a leading beryllium and copper alloys company, announced today that it has been awarded a production contract from Raytheon Space and Airborne Systems to produce a beryllium-aluminum cast component for use in Raytheon’s Advanced Targeting Forward Looking Infrared (ATFLIR) system, currently in use on U.S. Navy F/A-18 fighter jets.

Terms of the contract were not able to be disclosed, although IBC expects to produce this part for Raytheon over multiple years.  The part is a precision cast pitch gimbal housing for the ATFLIR system and is produced from IBC’s proprietary Beralcast® beryllium-aluminum material.

Beralcast® is more than three times stiffer than aluminum with 22% less weight, and can be precision-cast to simple and complex configurations.  The material is very lightweight with a high modulus of elasticity and can be precision cast for three-dimensional stability.  Beralcast® is ideally suited for aerospace applications, certain demanding semiconductor manufacturing equipment, computer components, and other commercial uses, and allows for a near-net shape to be cast for maximum manufacturing efficiencies.

Raytheon’s Advanced Targeting Forward Looking Infrared pod is a multi-sensor, electro-optical targeting pod incorporating thermographic camera, low-light television camera, target laser rangefinder/laser designator, and laser spot tracker that has been flight tested on all F/A-18 models.  It delivers pinpoint accuracy and reliability for air-to-air and air-to-ground mission support, and assures mission success by integrating advanced EO and IR sensors with one of the most powerful lasers on the market. ATFLIR can locate and designate targets day or night at ranges exceeding 40 nautical miles and altitudes surpassing 50,000 feet, outperforming comparable targeting systems.  As a powerful net-enabler, it can pass tracking and targeting information to other nodes in the networked battlespace with the speed and precision.

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