Hauck Heat Treatment/Dzierżoniów, Poland

Total Page:16

File Type:pdf, Size:1020Kb

Hauck Heat Treatment/Dzierżoniów, Poland SEPTEMBER ISSUE 2017 HEAT TREAT NEWSLETTER Everything to do with heat treating If you would like the information contained in this newsletter daily instead of monthly, visit us at www.themonty.com daily & you don’t have to wait for the most up to date, relevant Heat Treat News in the industry. Themonty.com September 2017 1 GLOBAL ONLINE AUCTION SEPTEMBER 19-20 • 9:00 AM MDT Surplus Assets Of An Arizona Based Green Technologies Developer. Featuring State Of The Industry Heat Treating Equipment, Laboratory Equipment, Optics, Inspection Equipment, Machine Tools, Test & Measurement Equipment & More! Chandler, AZ - Contact David Barkoff for more details. Preview: By Apppointment Only • The Furnace Source 100209B-01 2300°C Vacuum Furnace • Taylor Winfield Technologies D15000 Induction Generator • Thermal Technology 1224W-M 2000°C Vacuum Brew Annealer • Brookfield Engineering LVDV-II+P Programmable Viscosity Meter Furnace • Large Quantities of: Haskel International TP-87799 Type CNG • Harper International NE-10D90-RTA-WC-1050 1050°C Rotary Hydraulic Drive Gas Booster Tube Furnace • Large Quantities of: Haskel International 87755 Type CNG • Sentro Tech Corp ST-1700C-181818-Nano 1700°C High Hydraulic Drive Gas Booster Temperature Box Furnace • Large Quantities of: Maximator HDLE 30D Hydraulic Drive Gas • Deltech, Inc DT-31-RS-1824-E3504 1700°C Glass Melt Drop Booster Box Furnace • Large Quantities of pumps, motors and more! • Fulton PHW-750 Natural Gas Fired Pulse Combustion Boiler Unit CONTACT: David Barkoff / Phone: 650-759-2242 / Email: [email protected] Sale Conducted In Partnership With: www.HGPAuction.com CONTENTS _____________________________________________________________ INTRODUCTION HEAT TREAT NEWS USED & NEW EQUIPMENT . Batch . Continuous . Draw/Temper . Generator . Induction . Lab Equipment . Miscellaneous . Salt . Vacuum . New Equipment HEAT TREAT CENTRAL MOLY BUSINESS OPPORTUNITES . Employment Opportunities . Individuals Seeking Employment IN PARTING Themonty.com September 2017 2 INTRODUCTION ____________________________________ What a difference a day makes (well perhaps not a day - lets say 4 months). While not exactly bad times for the heat treating industry over the past year or so it has also not been the best of times either. Having said that what we now see is that virtually every single captive and commercial heat treater we have spoken to over the past few months whether they be in the USA, Germany, Mexico, China or India tells us the same thing-business is good and getting better. You will see this reflected in this month’s issue of “The Monty”-good stuff is happening. We look forward to talking to you about how your business is doing, receiving your press releases and working with you to sell your used furnaces. Best regards, Gord Themonty.com September 2017 3 HEAT TREAT NEWS Mike Mercer Jr. Promotion “Mercer Technologies and Midwest Vacuum Pumps are proud to announce the promotion of Michael C. Mercer (JR) to the role of President for Midwest Vacuum Pumps, Inc. and Mercer Technologies, Inc. Mike will remain the Chief Executive Officer for both companies as well. Michael T. Mercer (SR) founded Mercer Technologies and Midwest Vacuum Pumps in Brazil, Indiana in 1994. The companies then moved to their current location in Terre Haute, Indiana, where the family business continues to grow. Michael T. Mercer has been involved in the heat treat industry for over 50 years and he will continue to own and develop both companies. Mike designed a heating element support and gas cooling nozzle system that is proven in installations today throughout the world. He also created The Mercer Emergency Response Team to accommodate our customer’s needs 24/7. He believes in providing the customer with one stop shopping and began The Mercer Group, which is unity of Mercer Technologies and Midwest Vacuum Pumps, as well as, the Engineering Department and our In-House Machine Shop. Whether the customer needs a leak check, custom parts, a rebuilt hot zone, vessel clean out, or a new vacuum pump or drum of oil…The Mercer Group works cohesively to allow the customer one-stop service…one phone call to take care of all your needs. Mike is proud of the work his father began and is honored to build on that foundation as he also mentors another generation of Mercer young adults to continue with The Mercer Group in the future. Mike loves his children and grandchildren alike. He enjoys boating, fishing and is an avid Chicago Bears fan.” August 30, 2017 Ipsen Upcoming Events “CHERRY VALLEY, IL – Fall 2017 is slated to be full of events that focus on heat treatment trends, technology and training. As you prepare to hone your skills and expand your areas of expertise, here are a few items you should add to your calendar: October 3-5, Ipsen U (with special atmosphere session) Hosted at Ipsen’s facility in Cherry Valley, Illinois, Ipsen U courses provide attendees with a broad overview of furnace equipment, processes and maintenance, as well as a hands-on Themonty.com September 2017 4 approach to learning. Those that attend the October Ipsen U can extend their training at no extra cost with an additional day dedicated to atmosphere equipment and processes. Register at www.IpsenUSA.com/IpsenU. October 24-26, Booth #1801, ASM Heat Treat/Gear Expo 2017 For those that want to network, connect with customers and hear about the latest industry research and trends, ASM Heat Treat/Gear Expo 2017 is the event of the year. With three days full of educational sessions, opportunities for hands-on training and a multitude of industry experts, the opportunities for learning never end. Whether you are interested in vacuum furnace maintenance and the newest developments with augmented reality or the key considerations for upgrading existing equipment, you do not want to miss the following educational sessions: • Key Considerations When Planning to Upgrade Existing Vacuum Furnaces Tuesday, October 24, 11:20 a.m. (A213-215) • Maintenance Tips for Maximizing Your Furnace's Life Span Tuesday, October 24, 3 p.m. (Solutions Center, Booth #1631) • The Predictive Maintenance Experience: PdMetrics® with Augmented Reality Wednesday, October 25, 2 p.m. (show floor) • Achieving Production Flexibility with Automated Multicell Systems Wednesday, October 25, 2:20 p.m. (A220-222) In addition to presenting the sessions listed above, Ipsen experts will also be available to discuss any questions you have at Booth #1801. The heat-treating industry is advancing at an accelerated pace. Make the most of ASM Heat Treat/Gear Expo 2017 by taking the time to visit the many booths, attend technical sessions and learn from your peers. About Ipsen Ipsen designs and manufactures integrated heat treatment solutions for a wide variety of industries, including Aerospace, Automotive, Energy and Medical. With an extensive network of global locations in America, Europe and Asia, we continue to provide expert-driven solutions that strengthen heat treatment throughout the world. Learn more at www.IpsenUSA.com.” August 30, 2017 Themonty.com September 2017 5 Time to Buy Alloy? Most heat treaters are aware than nickel makes up a very significant portion of all high temperature alloy components such as base trays, baskets, fixtures and radiant tubes to name a few. 330 material commonly used in baskets is 34-37% nickel and it’s cast equivalent HT is roughly the same, making all of these materials which are so crucial to heat treaters very sensitive to price fluctuations in nickel. As you can see in the chart below the price has been reasonably stable for much of 2017 however in the past month we have seen a very significant increase in pricing with the result that some providers of alloy components have raised their prices on average 15% and the ones that haven’t yet will certainly be doing so in the very near future (this by the way is why every alloy quote is accompanied by a disclaimer typically “due to the instability in the Nickel Market pricing subject to review and adjustment upon receipt of order). While predictions are no more than educated guesses the consensus appears to be that nickel will continue to rise in the medium to long term for a variety of reasons one of them being lithium-ion batteries. Lithium-ion batteries commonly used in electric cars and cell phones contain a number of materials including cobalt and nickel. Cobalt has more than doubled in the past year making nickel a cheaper substitute. With electric vehicle demand expected to jump 20 times by 2025 this will put enormous pressure on the price of nickel to remain high and probably go higher. August 29, 2017 Used Equipment Please take a look at our most recent used equipment offerings. If you see anything you like don’t hesitate to get in touch with us at [email protected] or 905-271- 0033. August 29, 2017 Themonty.com September 2017 6 Item # G201 Ammonia Dissociator 250 SCFH Item # C329 CI Hayes Atmosphere Belt Furnace Item # C328 CI Hayes Atmosphere Belt Furnace Item # VF325 T-M Vacuum Furnace 2 Bar Quenching Item # VF324 T-M Vacuum Furnace 2 Bar Quenching Item # G200 Endothermic Generators 1500 CFH (2 available) Item # G199 Sargeant and Wilbur Ammonia Dissociater Extended management at AICHELIN Mödling, Austria. With the continued business success and the ongoing international growth of AICHELIN Group, management workload has been constantly increasing. For this reason, the owners of Berndorf AG and the management board of AICHELIN Group have appointed a new CFO into the executive board of AICHELIN Group. After a thorough selection procedure, Dr. Ronald W. Eibler has been added to the AICHELIN Group, as the new CFO and Managing director of Aichelin Holding GmbH. Dr. Peter Schobesberger, CEO of the Aichelin Group, is looking forward to jointly leading the Aichelin Group on its continued success and growth path.
Recommended publications
  • Salt Bath Nitriding and QPQ AMS 2753
    Salt Bath Nitriding and QPQ AMS 2753 Nitriding is a heat treating process that allows nitrogen onto the surface of a metal to create a case hardened surface. Salt bath nitriding, alse referred to as liquid salt bath ferritic nitrocarburizing is a surface treatment for most ferrous metal components and is designed to improve certain engineering properties to enhance wear resistance, lubricity, fatigue strength and corrosion resistance. The nitriding process will also lower the coefficient of friction. Salt Bath Processes Salt bath nitriding is a thermochemical process in which nitrogen and carbon are diffused simultaneously into the surface of the material. The high concentration of nitrogen chemically combines with iron and other nitride forming elements to produce an outer layer of epsilon iron nitride ( ) which is thin, hard and ductile. This layer is also known as the compound zone which has increased surface hardness to enhance anti-galling characteristics and lowers the coefficient of friction. This compound zone also functions as a solid film lubricant by providing a non-metallic interface between mating surfaces. Nitrogen of lower concentration continues to diffuse below the compound zone and forms a solid solution with the base metal iron. This zone is referred to as the diffusion zone and is noted for its improvement in fatigue strength. Heating Comparison In comparison to conventional heat treating, salt bath nitriding has a low operating temperature typically of 1075°F (580°C). At this temperature, distortion is minimized and components can be completed through the final machining and heat treatment stages prior to the salt bath nitriding process.
    [Show full text]
  • OCAS Review of Activities 2018-2019
    REVIEW OF ACTIVITIES 2018-2019 ocas Cover: Electron Backscatter Diffraction (EBSD) image of Nb alloyed carbon steel grade. TEXT OCAS team, Wright Communications EDITOR Katrien Meseure GRAPHIC DESIGN Filip Erkens PHOTOGRAPHY Alain Sauvan (p. 34), Ann De Vyt (p. 159), Annick Willems (p. 144, 146), Benjamin Brolet (p. vii), Dennis Van Hoecke (p. 132), Filip Erkens (p. vii, 64, 72, 96, 126), J.J. Fitzpatrick (p. 14), Jeroen Op de Beeck (p. 40, 150), Jeroen Van Wittenberghe (p. 74, 128), Johan Deheusch (p. 70), Johan Verlee (p. 76), Katrien Meseure (p. 158), Lode Duprez (p. 68), Luc Berckmoes (p. 58), Maarten Van Poucke (p. 160, 165), Marc Vanderschueren (p. 38, 66), Michiel Corryn (p. 82), Myriam Madani (p. 18), Nuria Sanchez (p. 32), Okan Yilmaz (p. 62), Özlem Esma Ayas Güngör (p. 100), Roger Hubert (p. 42, 78, 162), Rolf Berghammer (p. 86, 88), Sofie Vanrostenberghe (p. 54), Stefaan Van Landeghem (p. 112), Steven Cooreman (p. 60, 148), Ulrike Lorenz (p. 90), with the courtesy of DEME Offshore (p. 134), with the courtesy of Endures (p. 118), with the courtesy of EUROfusion (p. 50), with the courtesy of Perfect+ Events (p. 154), with the courtesy of PowerCell (p. 122) RESPONSIBLE PUBLISHER Sven Vandeputte, Managing Director OCAS, Pres. J.F. Kennedylaan 3, 9060 Zelzate - Belgium DISCLAIMER Although care has been taken to ensure that the information contained in the activity report 2018-2019 is meticulous, correct and complete, OCAS nv cannot give any guarantee, either explicitly or implied, with regard to the accuracy, precision and/or the completeness of the aforementioned information.
    [Show full text]
  • Nitromet™ Salt Bath Nitriding Maximizes Resistance Against Corrosion and Wear 586.755.4900
    586.755.4900 www. kcjplating.com Nitromet™ SALT BATH NITRIDING MAXIMIZES RESISTANCE AGAINST CORROSION AND WEAR Salt bath nitrocarburizing (SBN) is a popular alternative to hard Salt bath nitriding is sometimes referred to as ferritic chromium and physical vapor deposition (PVD). More effective nitrocarburizing, as well as salt bath nitrocarburizing. It is than hard chromium, SBN is extremely economical, with an array a process that involves thermo chemical diffusion, where a of well-documented benefits. compound layer of carbon and nitrogen is simultaneously introduced to the surface of ferrous metal parts. A variety COST-EFFECTIVE HIGH PERFORMANCE COATING of metals can be treated with salt bath nitriding, including Enhanced wear resistance carbon steel, stainless steel, and sintered and cast iron parts. Increased corrosion resistance Improved case hardness (extends wear surface) PRIMARY NITROMET SALT BATH NITRIDING Multiplied fatigue strength CHARACTERISTICS Higher lubricity Deep black finish Anti-seizing properties Nitromet is a proprietary KC Jones trademark, originally Improved sliding developed by Kolene Corporation. Nitromet enhances the Uniform black color properties of SBN to provide optimal protection against corrosion Doubled bending fatigue and wear. Doubled rotary bend strength Zero galling (often associated with plated surfaces) NITROMET SALT BATH NITRIDING AVAILABLE EXCLUSIVELY FROM KC JONES PLATING Nitromet salt bath nitriding is an economic way to increase resistance against corrosion and wear. This is true whether Engineered
    [Show full text]
  • IBC Capabilities Overview
    IBC Capabilities Overview 03.2020 ISO9001:2015 Registered by EAGLE Registrations Inc. IBC Coatings Technologies | 902 Hendricks Drive, Lebanon, IN 46052 | www.ibccoatings.com This page may contain ITAR restricted data IBC Coatings Presentation rev:01 IBC’s Background • Privately-owned surface engineering company • Aerospace, • Established in 1996 and located in Lebanon, Indiana • Oil and Gas, • Automotive, • 90+ employees and 100,000+ sq. feet • Metal Forming, • Development of surface treatments to improve wear, corrosion, fatigue • Die Casting, and lubricity properties • Forging, • and many more • Industrial-scale application of PVD, CVD, TD, and other coating processes IBC Provides The Following Services • Thin Film Coating • Plasma Electrolytic treatments and – CeraTough-D™ Diamond Like Carbon (DLC) coatings coatings – PEO – plasma electrolytic coatings of Al, Mg, Ti – High Energy PVD coatings (TiN, TiALN, CRN, alloys CRC, TIC, VC, Al O , SiO , ZrO , SiN) – PED – plasma electrolytic diffusion coatings 2 3 2 2 – PEP- plasma electrolytic polishing • Nitriding • Heat treating – Ion Plasma Nitriding (DHIN) – Vacuum Heat Treat with up to 12 Bar Gas Quench – Ion Plasma Ferritic Nitrocarburizing (DH-FNC) – Vacuum Carburizing – Post-DHIN and FNC Oxidation (equivalent to – Solution Nitriding Plasox) • Thermal Diffusion Surface treatments – Salt Bath Nitriding (DHN) (equivalent to QPQ, – Boriding (DHB) Melonite, Tufftride, etc.) – Tantalizing (DHTa) • Laser Cladding – Chromizing (DHC) – Aluminizing (DHA) • Micro-laser welding and repair – Vanadium Carbide (TDH) • CVD Coatings • Electro-spark deposition – Amorphous Chrome Carbide • HVOF/HVAF Coating Services 3 IBC Equipment Size Capabilities • Ion Plasma Nitriding & FNC with post oxidation (Dia 60” • CeraTough™ Ceramic Diffusion Wear Coatings for lightweight ” alloys including Al, Ti, and Mg can fit component up to 48” x 83 tall) x48”x 120 “ and 2,000 LB weight limit.
    [Show full text]
  • MG22488 Tenifer QPQ Eng.Qxd
    TUFFTRIDE®-QPQ-PROCESS Dr. Joachim Boßlet / Michael Kreutz Technical Information TUFFTRIDE® -QPQ - Process Salt bath nitrocarburizing by the TUFFTRIDE process has been applied in a wide range of industries throughout the world for many decades. It is used to improve the wear resistance, the fatigue strength and – in particular when combined with the oxidative cooling – the corrosion resistance of components made from steel, cast iron and sintered iron materials. In many cases the TUFFTRIDE process is used as an alternative to other surface engineering processes such as case hardening, galvanic (e.g. hard chrome plating), and other coating processes (plastic coating, painting, laser coating etc.), also plasma or gas nitrocarburizing with equally good or improved quality and greater economy. Carrying out the process Compared with other nitrocarburizing processes, the TUFFTRIDE Q, QP and QPQ processes are very easy to Basic Reaction in the Salt Melt carry out. As is usual when treating components in salt baths, the parts are first preheated to about 350°C in + REG1 air. Nitrocarburizing takes place in a so-called TF 1 bath at 480 - 630°C, the standard temperature is usually 580°C. Cyanate Nitrogen + Carbonate + Iron The salt melt mainly consists of alkali cyanate and alkali carbonate. Iron Nitride It is operated in a pot made from special material, and the pot is fit- ted with an aeration device. The active constituent in the TF 1 bath is the alkali cyanate. During the nitrocarburizing process a reaction Fig. 1 takes place between the surface of the components and the alkali cyanate, resulting in the formation of alkali carbonate.
    [Show full text]
  • Plate MTD® and Tool Steels: for Mold, Tool and Die Applications
    ArcelorMittal USA Plate MTD® and Tool Steels: for Mold, Tool and Die Applications Introduction ArcelorMittal USA MTD® Steels ArcelorMittal USA Tool Steels ArcelorMittal USA MTD steels com- ArcelorMittal USA produces the tool steels A2, A8 Mod., O1, S5, and prise a family of five pre-hardened S7** for use in applications where an air-hardening, oil-hardening alloy plate steels developed for a or shock-resisting tool steel is required. These steels are available variety of mold, tool and die ap- from ArcelorMittal USA in full-sized, annealed plates suitable for plications. These steels have been saw cutting and/or finishing. Parts can subsequently be machined available for over 20 years and pos- and heat treated to a range of hardness requirements. For improved sess the flexibility of the AISI 41XX internal cleanliness, all ArcelorMittal USA tool steels are produced steels. They are available in the with maximum sulfur levels of 0.010%, using Fineline® processing. 262-321 Brinell range* (unless otherwise noted) for optimum bal- These steels are also available as ArcelorMittal USA Finishline™, a ance between machinability and hardness. The use of pre-hardened prefinished plate product with decarb-free top and bottom surfaces MTD® steels eliminates the need for and risk associated with heat ground to a maximum 125 RMS. treating molds, holder blocks and other parts after machining. MTD * Brinell hardness (HB) readings are taken from standard test locations on the plate plates are routinely saw cut. surface after the decarburization layer is removed. This range of HB converts to 27-34 Rockwell “C”. ArcelorMittal USA uses HB measurement as its official test.
    [Show full text]
  • Stainless Steel Grade Datasheets Has Been Produced by Atlas Steels Technical Department As a Companion to the Atlas Technical Handbook of Stainless Steels
    Stainless Steel Grade Datasheets Copyright © Atlas Steels Revised : August 2013 Atlas Steels Technical Department www.atlassteels.com.au ATLAS STEELS Stainless Steels Grade Datasheets FOREWORD This compilation of stainless steel Grade Datasheets has been produced by Atlas Steels Technical Department as a companion to the Atlas Technical Handbook of Stainless Steels. Any suggestions for improvements, additions or corrections would be very welcome; these should be directed to: Technical Manager, Atlas Steels Telephone +61 3 8383 9863, email [email protected] Individual grade datasheets are available from the Atlas Steels website. Information from any Atlas publication can be freely copied, but it is requested that the source be acknowledged. Limitation of Liability The information contained in these datasheets is not an exhaustive statement of all relevant information. It is a general guide for customers to the products and services available from Atlas Steels and no representation is made or warranty given in relation to this information or the products or processes it describes. Published by Atlas Steels Technical Department Copyright © Atlas Steels www.atlassteels.com.au Stainless Steel Datasheets Austenitic Stainless Steels 301, 301L, 301LN High strength for roll formed structural components 302HQ Low work hardening rate grade for cold heading fasteners 303, 303Se Free-machining bar grades 304, 304L, 304H Standard 18/8 grades 310, 310S, 310H High temperature resistant grades 316, 316L, 316H Improved resistance to pitting
    [Show full text]
  • Blue Light Foundry Has Grown Into a Self-Sustained Unit Producing Sand Cast Products for Diverse Industrial Applications
    foundry & specialized heat treatment to engineer solutions that shape the future company overview Blue Light Industry, a subsidiary of UAE based engineering conglomerate Trinity Holdings, is a leading provider of engineered sand castings, specialized heat treatment and supporting machining services. For over 20 years, Blue Light has been offering one -stop solutions from pattern making to final machining to diverse industries. The foundry houses CNC pattern shop, PLC controlled automated sand mixer, multiple induction melting furnaces and a metallurgical laboratory to offer a variety of industrial castings. Blue Light offers an extensive range of specialized heat treatment services, including gas carburising hardening, CNC induction hardening, liquid nitriding, TRIBOX, gas nitriding and various stress relieving and other conventional heat treatment processes. The company’s unique ability to complete small one-off jobs as well as larger production runs allows it to cater to the challenging requirements of customers. to engineer www.trinityholdings.com quality focus International certifications to the credit of Blue Light endorse its commitment to high standards. The foundry is ISO certified and is fully equipped to comply with a range on international standards. Blue Light is committed and strives to provide a safe, healthy and environmentally responsible workplace. By adopting effective and sustainable practices, Blue Light has been able to minimize the impact of its operations on the environment and the community in which it operates. ISO 9001: 2015 casting solidification simulation Simulation techniques are used for analyzing and optimizing the casting processes. Blue Light ensures that solidification and design parameters are met prior to casting. foundry Blue Light foundry has grown into a self-sustained unit producing sand cast products for diverse industrial applications.
    [Show full text]
  • The Effects of Copper on the Metallurgical, Mechanical, and Fracture Properties of 0.90 Carbon Rail Steels
    THE EFFECTS OF COPPER ON THE METALLURGICAL, MECHANICAL, AND FRACTURE PROPERTIES OF 0.90 CARBON RAIL STEELS. by Glenn T. Eavenson A thesis submitted to the Faculty and Board of Trustees of the Colorado School of Mines in partial fulfillment of the requirements for the degree of Master of Science (Metallurgical and Materials Engineering). Golden, Colorado Date: ______________ Signed:_____________________________ Glenn T. Eavenson Signed:_____________________________ Dr. David K. Matlock Thesis Advisor Golden, Colorado Date:_______________ Signed:_____________________________ Professor Ivar Reimanis Professor and Interim Head Department of Metallurgical and Materials Engineering ii ABSTRACT The effects of variations in copper content on the metallurgical, mechanical, and fracture properties of pearlitic rail steels with a base composition (in wt pct) of 0.9 C, 1.0 Mn, 0.35 Si, and 0.01 Ti were evaluated. Six industrial heats with copper content ranging from (in wt pct) 0.07 to 0.85 were cast, re-heated, rolled and air-quenched with identical industrial processing parameters to produce full rails of the 136RE section. The materials were tested to determine the influence of copper content on austenitic grain size, pearlitic interlamellar spacing, microstructure, hardenability, hardness profile, tensile and yield strength, Charpy U-notch impact toughness, K1c fracture toughness, and fatigue crack growth rate according to standard ASTM testing methodologies. The austenitic grain size, as determined by the McQuaid-Ehn method, suggested that copper does not influence the austenite grain growth characteristics in the temperature range of the test for the steels evaluated. Jominy end-quench hardenability testing showed that copper acts to delay pearlite transformation to a small degree.
    [Show full text]
  • INDUSTRIAL HEAT TREATMENT PROCESS and SIMULATION Chairpersons: Alessandro Fiorese, Cristian Viscardi
    Following the successful Conference organised in 2015 in Venice, the Italian Association for Metallurgy (AIM) is proud to announce the ECHT 2019 Conference, with focus on Automotive, that will be held in the beautiful Bardolino on Garda Lake on 5-6-7 June 2019. We would like to extend our warmest invitation to you to participate to ECHT 2019! 9:30 Registration of attendees GARDENIA ROOM 11:00 OPENING SESSION 12:40 LUNCH GARDENIA ROOM LILIUM+IRIS ROOM 14:00 MASSIVE HEAT TREATMENTS I INDUSTRIAL HT EQUIPMENT AND PROCESS INNOVATION I 16:00 COFFEE BREAK 16:20 CRYOGENIC TREATMENT MASSIVE HEAT TREATMENTS II QUENCHING GARDENIA ROOM LILIUM+IRIS ROOM 8:50 NITRIDING AND NITROCARBURIZING I QUALITY AND ACCREDITATION 10:50 COFFEE BREAK 11:20 NITRIDING AND NITROCARBURIZING II INDUSTRIAL HT EQUIPMENT AND PROCESS INNOVATION II 13:00 LUNCH 14:20 COATINGS I INDUSTRIAL HT PROCESS AND SIMULATION 16:20 COFFEE BREAK 16:50 COATINGS II 19:30 SOCIAL EVENT GARDENIA ROOM LILIUM+IRIS ROOM 8:50 CARBURIZING PROCESSES AND PROPERTIES NON FERROUS PROCESSES AND PROPERTIES 10:50 COFFEE BREAK 11:10 STAINLESS STEELS APPLICATIONS GARDENIA ROOM 12:50 CLOSING SESSION 13:00 END OF THE CONFERENCE 09:30 Registration of attendees OPENING SESSION 11:00 Welcome addresses Ing. Enrico Morgano - Conference Chairman Ing. Federico Mazzolari - AIM President 11:25 Overview on steels, heat treatments and shot peening in automotive field ECHT065 E. Morgano - FCA CRF, Torino, Italy 11:50 Bainitic transformation during the two-step Q&P process in a lean medium Mn steel ECHT028 containing silicon S. Kaar, R.
    [Show full text]
  • Technical Handbook Bar Products
    ATLAS SPECIALTY METALS Atlas฀Specialty฀Metals฀–฀Technical฀Handbook฀of฀Bar฀ The Atlas Specialty Metals Technical Handbook of Bar Products P r o d u c t s ATLAS SPECIALTY METALS TECHNICAL SERVICES DEPARTMENT Copyright © Atlas Specialty Metals Technical Assistance: Freecall 1800 818 599 Revised: January 2005 Email: [email protected] TECHNICAL SERVICES 1800 818 599 Email: [email protected] PROJECT SERVICES (03) 9272 9999 Email: [email protected] www.atlasmetals.com.au www.atlasmetals.com.au PRINTED: JANUARY 2005 – EDITION #1 LIMITATION OF LIABILITY The information contained in this Handbook is not intended to be an exhaustive statement of all relevant data applicable to special and general steel products. It has been designed as a guide for customers of Atlas Specialty Metals. No responsibility is implied or accepted for or in conjunction with quality or standard of any product or its suitability for any purpose or use. It is the responsibility of the user to ensure product specified is fit for the purpose intended. All conditions, warranties, obligations and liabilities of any kind which are or may be implied or imposed to the contrary by any statute, rule or regulation or under the general law and whether arising from the negligence of the Company, its servants or otherwise are hereby excluded except to the extent that the Company may be prevented by any statute, rule or regulation from doing so. Published by Atlas Specialty Metals Technical Services Department Copyright © Atlas Specialty Metals “….you฀ know฀ mate,฀
    [Show full text]
  • The Use of Nitriding to Enhance Wear Resistance of Cast Irons and 4140 Steel
    University of Windsor Scholarship at UWindsor Electronic Theses and Dissertations Theses, Dissertations, and Major Papers 2013 The Use of Nitriding to Enhance Wear Resistance of Cast Irons and 4140 Steel Zaidao Yang University of Windsor Follow this and additional works at: https://scholar.uwindsor.ca/etd Recommended Citation Yang, Zaidao, "The Use of Nitriding to Enhance Wear Resistance of Cast Irons and 4140 Steel" (2013). Electronic Theses and Dissertations. 4714. https://scholar.uwindsor.ca/etd/4714 This online database contains the full-text of PhD dissertations and Masters’ theses of University of Windsor students from 1954 forward. These documents are made available for personal study and research purposes only, in accordance with the Canadian Copyright Act and the Creative Commons license—CC BY-NC-ND (Attribution, Non-Commercial, No Derivative Works). Under this license, works must always be attributed to the copyright holder (original author), cannot be used for any commercial purposes, and may not be altered. Any other use would require the permission of the copyright holder. Students may inquire about withdrawing their dissertation and/or thesis from this database. For additional inquiries, please contact the repository administrator via email ([email protected]) or by telephone at 519-253-3000ext. 3208. The Use of Nitriding to Enhance Wear Resistance of Cast Irons and 4140 Steel by Zaidao Yang A Thesis Submitted to the Faculty of Graduate Studies through Engineering Materials in Partial Fulfillment of the Requirements
    [Show full text]