Single-chamber box furnace heat treats mold tooling for die maker

June 27, 2016
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Lucifer Furnaces Inc., Warrington, Pa., announces that Century Die Co. LLC, Fremont, Ohio, has purchased a Lucifer Red Devil single-chamber box furnace for heat treating mold tooling. Model RD7-H21 has a working chamber size of 9x12x21 inches, lined with lightweight firebrick and mineral wool backup insulation. Easy-to-replace heating elements for uniform radiation are situated along both side walls, and heat the furnace to 2200°F.

The furnace features a horizontal swing door and safety microswitch, as well as a ceramic hearth plate to support the workload and protect the floor brick insulation.  Century Die engineers chose to accessorize the furnace with a base stand to bring the hearth height to 30 inches.  The upgraded Honeywell UDC 2500 controller allows programming up to 12 segments. An additional soak timer with alarm contact alerts the operator when heat treating is complete.

Century Die plans on serving higher customer demands and increasingly shorter lead times by keeping the overnight, and sometimes same day, heat-treat requirements in-house. Many customers are running a 24/7 operation and cannot allow excessive downtime.  

Mark Carter from Century Die says he has been very happy with performance of an older dual-chamber Lucifer Furnace space-saver unit, which led the company to select Lucifer Furnaces for its new equipment. In addition to being a leading supplier of blow, compression, and thermoform mold tooling for plastic packaging and components, Century Die is also a major repair and refurbishment facility for this type of tooling.

www.luciferfurnaces.com

 

Single-chamber box furnace heat treats mold tooling for die maker

Lucifer Furnaces Inc., Warrington, Pa., announces that Century Die Co. LLC, Fremont, Ohio, has purchased a Lucifer Red Devil single-chamber box furnace for heat treating mold tooling.

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SecoWarwick Compact furnace hardens tool steels at pressures under 15 Bar


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Seco/Warwick Retech, Meadville, Pa., introduces the Compact furnace, designed for hardening tool and other steels at gas pressures under 15 Bar.  With a pumpdown time to operational vacuum of less than 15 minutes and tight uniformity, the Compact meets AMS 2750E, Class 2 requirements at a value price and short delivery time.  

The furnace meets the requirements of NADCA, Ford, and GM heat treatment specifications. It has a pre-installed package of recipes for selecting heat treat parameters, depending on grade of steel and part geometry. A smart control system enables reduction of power consumption.

The furnace provides brazing, annealing, hardening, solution heat treating, sintering, and tempering. Controlled cooling, isoquench, interrupted quench, marquenching, and austempering are available.

The furnace treats metals such as tool steels, high-strength low-alloy steels, stainless steels, superalloys, and titanium alloys.

www.secowarwick.com

 

SecoWarwick Compact furnace hardens tool steels at pressures under 15 Bar

Seco/Warwick Retech, Meadville, Pa., introduces the Compact furnace, designed for hardening tool and other steels at gas pressures under 15 Bar.

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AFC-Holcroft heat treating systems to process aluminum auto parts


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AFC-Holcroft, Wixom, Mich., announces that a Tier 1 automotive supplier has ordered a roller hearth homogenizing furnace and a solution heat treat line for the processing of aluminum auto parts. The first order will consist of a roller hearth homogenizing furnace for processing aluminum products. The complete system includes a multi-position loading table, a multi-position furnace, a cooling station, and a multi-position unload table.

The second order is for a solution heat treat line, which will also be used for processing aluminum products. This system will include charge and discharge transfer cars, a multi-position solution furnace, water quench system, multi-position age furnace, multi-position accumulation charge and discharge tables, accumulation cross-over mechanism, and a tray pull-off station.

Additionally, AFC-Holcroft will provide its Remote Diagnostic Service during the furnace warranty period. This service provides a complete remote monitoring and diagnostic package, including transmission and analysis of machine data, targeting the most common or noteworthy events and identifying root causes. The Remote Diagnostic Service transmits data automatically to AFC-Holcroft's secure servers, eliminating the human time and cost associated with manually gathering historical data for the same purpose.

"While AFC-Holcroft is best known for providing equipment for the processing of steel components, we also have a long history of providing equipment to the aluminum industry," stated Mark Johnston, Aftermarket Equipment Sales. "This order is a further inroad into this growing market." Field installation, start-up and commissioning are included with both orders.

www.afc-holcroft.com

 

AFC-Holcroft heat treating systems to process aluminum auto parts

AFC-Holcroft, Wixom, Mich., announces that a Tier 1 automotive supplier has ordered a roller hearth homogenizing furnace and a solution heat treat line for the processing of aluminum auto parts.

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Atmosphere control system enables oxide-free annealing of steel, copper, brass


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Linde LLC, Murray Hill, N.J., introduces the Hydroflex atmosphere control system, a universal solution for clean and bright oxide-free annealing of steel, stainless steel, copper, bronze, and brass with high reliability and repeatability. Applications include automotive; aerospace and military components; construction and industrial equipment; and electrical systems.

"The Hydroflex atmosphere control system (ACS) can use one or more carrier gases – nitrogen or argon – to maintain the furnace pressure while a controlled ratio of hydrogen helps prevent oxidation," explains Akin Malas, Head of Application Technology, Metals & Glass Market.

With this technology, many annealing tasks can be completed with non-flammable gas mixtures containing less than 5% H2. This contributes to fire safety while optimizing the use of H2 in the process.

"Uses go beyond annealing," says Grzegorz Moroz, Program Manager, Heat Treatment and Atmospheres. "This control system can help optimize your process efficiency and enhance productivity of your process regardless of whether you are annealing, sintering, or brazing copper, steel, stainless steel, bronze, or brass."

Hydroflex ACS features and benefits include a precisely controlled atmosphere; improved heat transfer; uniform heat distribution with faster cooling rate; automatic safety purging with nitrogen; and storage of process data history.

For flammable atmospheres, system installation may include a furnace safety solution developed by Linde to satisfy National Fire Protection Association (NFPA 86) "Standard for Ovens and Furnaces." The furnace safety/protective atmosphere solution includes a nitrogen supply system with integral alarm panel, used to purge flammable atmosphere furnaces in emergencies.

Linde offers a variety of advanced gas control technologies and engineering services for heat treatment furnaces, including the Carbojet  gas-injection technology for improving production by up to 20%. In addition, engineers at Linde Application Technology Centers can develop new gas supply systems for heat treatment processes and improve the control systems of existing processes. Metallography laboratory services include material analyses, scanning electron micrography (SEM), and a variety of hardness tests.

www.lindeus.com

Atmosphere control system enables oxide-free annealing of steel, copper, brass

Linde LLC, Murray Hill, N.J., introduces the Hydroflex atmosphere control system, a universal solution for clean and bright oxide-free annealing of steel, stainless steel, copper, bronze, and brass with high reliability and repeatability.

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One Minute Mentor: Highly Alloyed Austenitic Stainless Steels

June 23, 2016
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Highly alloyed austenitic stainless steels typically contain larger amounts of molybdenum to provide very good resistance to chloride corrosion. These alloys are austenitic in the mill-annealed condition but do form σ (sigma) and to a lesser extent χ (chi) phases under certain conditions of heat treatment or service. The σ and χ phases are hard, brittle intermetallic compounds that form in the temperature range of approximately 1020 to 1920°F. The formation of these undesirable secondary phases causes reduced corrosion resistance and a loss of ductility and toughness. Because of these detrimental effects, it is important to avoid the formation of σ and χ during heat treatment and quenching of these grades of stainless steel.

The graph shows isocritical pitting temperature curves that demonstrate the effects of isothermal anneals in the temperature range of sigma formation.

Volume 4D, Heat Treating of Irons and Steels â‡’ Heat Treated High-Alloy Steels ⇒ Heat Treating of Austenitic and Duplex Stainless Steels ⇒ Annealing 

One Minute Mentor: Highly Alloyed Austenitic Stainless Steels

Highly alloyed austenitic stainless steels typically contain larger amounts of molybdenum to provide very good resistance to chloride corrosion.

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New GE Aviation facilities to produce SiC fibers and ceramic matrix composites

June 22, 2016
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GE Aviation, Cincinnati, has broken ground for two materials factories near Huntsville: One facility will produce SiC ceramic fiber, while the other will use SiC ceramic fiber to make tape for ceramic matrix composite components in jet engines and land-based gas turbines. GE Aviation's total north Alabama investment will be nearly $200 million. When the plants open, the company will sell fiber to the Department of Defense, GE businesses, Herakles (Safran), and other customers subject to U.S. regulations.

The use of lightweight, heat-resistant CMCs in the hot section of GE jet engines is a breakthrough for the jet propulsion industry. With one-third the density of metal alloys, these ultra-lightweight CMCs reduce the overall engine weight. Further, their high-temperature properties greatly enhance engine performance, durability, and fuel economy. CMCs are far more heat-resistant than metal alloys, hence requiring less cooling air in the engine's hot section. By using this air instead in the engine flow path, an engine runs more efficiently.

For more than 20 years, scientists at GE's Global Research Centers and GE's industrial businesses have worked to develop CMCs for commercial applications. The best-selling LEAP engine, being developed by CFM International, the 50/50 joint company of GE and Safran Aircraft Engines of France, is the first commercial jet engine to use CMCs in the high-pressure turbine section. The LEAP engine, with more than 10,500 orders and commitments, is currently completing certification testing. It is scheduled to enter airline service next year powering the Airbus A320neo and in 2017 powering the Boeing 737 MAX.

GE Aviation is investing more than $200 million to construct two factories on 100 acres in Huntsville, Alabama. When the factories are fully operational later this decade, they are expected to employ up to 300 people. The plants are expected to be completed by the first half of 2018. Production begins in 2018. GE expects to begin hiring the hourly workforce later this year.

"GE Aviation is creating a fully integrated supply chain for producing CMC components in large volume, which is unique to the United States," said Sanjay Correa, vice president who leads the industrialization of advanced technologies at GE Aviation. "The new factories in Alabama are vital to this strategy. We are deeply gratified by the tremendous local, state, and national support for this effort."

While meeting critical U.S. needs for CMC materials for commercial and government-funded programs, the new plants will support GE and its international partners in selling and supporting jet engines and gas turbines worldwide. For example, approximately 61% of GE Aviation's 2015 revenues of $25 billion were derived from customers based outside the United States. GE and its partner companies sell most 70% of its commercial jet engines to non-U.S. companies.

www.geaviation.com   

 

New GE Aviation facilities to produce SiC fibers and ceramic matrix composites

GE Aviation, Cincinnati, has broken ground for two materials factories near Huntsville: One facility will produce SiC ceramic fiber, while the other will use SiC ceramic fiber to make tape for ceramic matrix composite components in jet engines and land-based gas turbines.

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NioCorp and IBC to collaborate on scandium-containing aluminum alloys


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NioCorp Developments Ltd., Centennial, Colo., and IBC Advanced Alloys, Vancouver, announce that they have entered into a joint development agreement to investigate and develop applications for scandium-containing alloys of aluminum and other metals for multiple downstream markets. The joint development agreement signals their intent to collaborate to ensure a reliable and secure U.S. supply of scandium and to catalyze greater scandium use across a variety of industries. Scandium is a transition metal (element #21) that can benefit industries such as commercial aviation, automotive, precision manufacturing, defense, electronics, and others.  

When alloyed with aluminum, for example, scandium can increase strength and weldability of structures in commercial airliners, which in turn can reduce weight, fuel consumption, and emissions. ONG Commodities LLC has estimated that $1.0 to $1.5 million of scandium oxide in a Boeing 737NG single-aisle airliner can offer $10 to $15 million of net present value in fuel savings alone.

Scandium is seldom used today because global production is severely constrained and unreliable. The U.S. Geological Survey recently estimated that only 10 to 15 metric tons per year of scandium are now produced. However, independent experts such as ONG estimate that latent demand in the aerospace and solid oxide fuel cell sectors alone is several hundred metric tons per year.

NioCorp expects to come online as one of the world's leading producers of scandium from its Superalloy Materials Project in Elk Creek, Nebraska, potentially producing as much as 97 metric tons/year.  IBC produces high-performance alloys in a range of product forms for multiple industries and platforms, including cast components for the F-35 Joint Strike Fighter.  

The President of IBC Engineered Materials, Chris Huskamp, will be leading the joint development effort for IBC.  Mr. Huskamp is a former Boeing Associate Technical Fellow in advanced metallic processes who is credited as a named co-inventor of two pending patents regarding scandium-bearing aluminum alloys.

Scott Honan, Vice President of Business Development of NioCorp and President of Elk Creek Resources Corp., will manage the initiative for NioCorp.  Mr. Honan is leading the effort to develop and build NioCorp's niobium/scandium/titanium mine and processing facility in Nebraska, and has more than a decade of experience in producing advanced materials for high-performance alloys.

www.niocorp.com

www.ibcadvancedalloys.com

 

NioCorp and IBC to collaborate on scandium-containing aluminum alloys

NioCorp Developments Ltd., Centennial, Colo., and IBC Advanced Alloys, Vancouver, announce that they have entered into a joint development agreement to investigate and develop applications for scandium-containing alloys of aluminum and other metals for multiple downstream markets.

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Can-Eng installs 6000 lb/hr continuous mesh belt heat treating furnace


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Can-Eng Furnaces Intl. Ltd., Niagara Falls, Ontario, has installed and commissioned a 6000 lb/hr continuous mesh belt atmosphere furnace system for the hardening and tempering of high-volume fasteners at Metex Heat Treating Ltd., Brampton, Ontario.

This new system includes a computerized loading system, mesh-belt controlled atmosphere hardening furnace, oil quench system, mesh-belt tempering furnace, and pre- and post-wash systems. Its supervisory control and data acquisition (SCADA) system integrates enhanced features to support compliance with CQI-9 guidelines. The continuous quench and tempering system incorporates enhanced energy-reduction design features that are achieved through the benefits of recuperative burner technology, providing improved system efficiencies and reduced emissions.

Metex Heat Treating Ltd. serves high-volume, Tier 1 automotive manufacturers of stampings, fasteners, and final assemblies in the Ontario, Quebec, Ohio, and Michigan markets. From its three plants in Brampton, Metex processes over 60 million pounds of heat treated products each year.

Can-Eng is an ISO 9001:2008 certified company that focuses on the development of high-volume continuous industrial furnaces for challenging applications.

www.can-eng.com

 

Can-Eng installs 6000 lb/hr continuous mesh belt heat treating furnace

Can-Eng Furnaces Intl. Ltd., Niagara Falls, Ontario, has installed and commissioned a 6000 lb/hr continuous mesh belt atmosphere furnace system for the hardening and tempering of high-volume fasteners at Metex Heat Treating Ltd., Brampton, Ontario.

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Large-area ALD system enables encapsulation of large sheets of organic components

June 18, 2016
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Picosun Oy, Finland, reports that it has developed atomic layer deposition (ALD) equipment specifically designed for large-area flexible electronics encapsulation. Manufacturing electronic components on flexible plastic substrates enables lightweight, bendable, and lower-cost products.

Flexible displays, wearable electronics, and "smart" clothes are some of the most common examples. More specific applications can be found in medical and security industries, where advanced X‐ray detectors are being developed utilizing organic electronic components printed on plastic foils.

Organic electronic devices have the potential to enable a whole new generation of products, but one of the main drawbacks is sensitivity to moisture and airborne impurities. Ultrathin ALD nanolaminates provide an ideal solution.  Flexible, invisible, and practically weightless ALD films form dense and pinhole‐free encapsulation over the surface, down to the smallest nanoscale details.

In Picosun's new large-area ALD tools, especially developed for the needs of the printed electronics industries, high-quality ALD films can be manufactured cost-efficiently on large plastic sheets and at temperatures low enough for sensitive organic materials.

"We have again put our extensive expertise in ALD system design to work to realize completely novel technology for the vast market of printed electronics," says Mr. Timo Malinen, Chief Operating Officer of Picosun. "Our new, large-area batch ALD systems are developed and optimized in collaboration with these industries. Their disruptive design enables cost-efficient encapsulation of large sheets of organic electronic components, producing sustainable, long-lived end products for consumers as well as industries." 

www.picosun.com

 

 

Large-area ALD system enables encapsulation of large sheets of organic components

Picosun Oy, Finland, has developed atomic layer deposition (ALD) equipment specifically designed for large-area flexible electronics encapsulation.

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Integral quench furnace system provides solution for die forging heat treatment


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Lindberg/MPH, Riverside, Mich.,  has shipped a Pacemaker integral quench furnace with an endothermic gas generator to a company in the die forging industry. The Pacemaker furnace has a maximum temperature rating of 1850°F and work chamber dimensions of 30x48x30 inches. The integral quench furnace system provides a total solution for the customer's heat treating process.

The furnace utilizes a drive mechanism to push the workload into the furnace where it undergoes hardening under an endothermic gas atmosphere. A discharge drive system pushes the workload out of the furnace and onto a quench elevator. The load is then either lowered into an oil quench tank for fast cooling, or is elevated for a slower atmosphere cool. The endothermic gas generator system supplies the furnace atmosphere ,and features a gas mixing oxygen probe, touch screen displays, and gas to air cooler.

The furnace system is integrated into the customer's present loading system. The furnace features fully automatic movement of the load, which is controlled through an advanced process controller with an HMI display. Equipment status screens are visible on the HMI screen. The controller also performs all data collection functions for process variables. 

Atmosphere carbon potential is controlled with automatically adjusting flowmeters and an oxygen probe. Multiple burners fire through single-end radiant tubes to radiate heat onto the workload. Lindberg/MPH provided equipment installation supervision and equipment start-up, which was crried out by factory trained Lindberg/MPH technicians.

www.lindbergmph.com

 

Integral quench furnace system provides solution for die forging heat treatment

Lindberg/MPH, Riverside, Mich., has shipped a Pacemaker integral quench furnace with an endothermic gas generator to a company in the die forging industry.

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