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May 16, 2019 02:00 pm EDTSurface Hardening Procedures for Steels
What: FREE Webinar
Where: Online
When: On Demand until May 16, 2020Surface Hardening Procedures for Steels
This webinar ...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand until May 16, 2020Surface Hardening Procedures for Steels
This webinar describes and illustrates surface hardening procedures for a wide variety of steels with multiple examples to show how these procedures alter the microstructure and surface hardness. Tempering must be performed on surface hardened steels, but generally the temperatures used are rather low causing little loss of hardness.
In this webinar you will be shown examples of:
- Surface hardening procedures
- How such structures can be revealed using different etchants
- Hardness data for most processes as a function of the depth below the surface
- Failures due to improper surface hardening procedures that caused service failures
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September 19, 2019 02:00 pm EDTSample Preparation of Surface Hardened Gears
What: FREE Webinar
Where: Online
When: ON Demand Until September 19, 2020Sample Preparation of Surface Hardened Gears
Surface harde...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: ON Demand Until September 19, 2020Sample Preparation of Surface Hardened Gears
Surface hardened helical gears must survive in harsh environments, so the heat treatment must produce the desired microstructure and material properties. Many companies use sample preparation and hardness testing to verify their heat treatment cycles. Find out how repeatable preparation methods provide reliable results for state-of-the-art quality control of surface hardened helical gears.
Attendees will gain understanding of the five main preparation goals and special preparation challenges associated with helical gears, like how to securely clamp complex sample geometry in the cutoff machine. The webinar will also cover automated hardness testing to determine the case depth hardness and create a hardness map.Learning Objectives:
- Increase understanding of preparation for surface hardened helical gears
- Utilize technology to
- Improve user safety
- Increase repeatability
- Increase productivity
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October 29, 2019 02:00 pm EDTThe Future of the Integral Quench Furnace - Hardening & Carburizing Reimagined for Quality & Affordability
What: FREE Webinar
Where: Online
When: On Demand Until October 29, 2020The Future of the Integral Quench Furnace - Hardening & Carburizi...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand Until October 29, 2020The Future of the Integral Quench Furnace - Hardening & Carburizing Reimagined for Quality & Affordability
This 60-minute webinar will unveil a truly new and affordable batch integral quench system that should be of keen interest to anyone currently running carburizing or hardening IQ systems. You knew the day would come when clean and safe processing would be a reality.
In this webinar you will learn:
- What technical developments have occurred that make this new carburizing and hardening system a reality.
- How a 50-year old hardening and carburizing process got redefined.
- What processes and materials can be run in the new furnace system.
- The cost saving associated with operating the new style IQ furnace.
- The advantages of running the new furnace over yesterday’s batch IQ furnace.
- How easy it is to incorporate this new furnace system into existing carburizing and hardening furnace floorplans.
Sponsored by:
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November 5, 2019 02:00 pm EST5 Essential Steps for Successful Brazing
What: FREE Webinar
Where: Online
When: On Demand until November 5, 20205 Essential Steps for Successful Brazing
Brazing ...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand until November 5, 20205 Essential Steps for Successful Brazing
Brazing is an essential, growing method for permanently joining different materials to create complex assemblies today. If these brazed assemblies are to survive in a wide variety of end-use service conditions, they must be brazed properly to begin. For proper brazing, a number of key steps must be thoroughly understood and taken into account by designers and production personnel. Disregarding these steps will put brazed components at risk, resulting in premature failure, product liability and lost vendor reputation.
Learning Objectives:- Five (5) critically steps for proper brazing
- How to fully understand these steps
- Successful implementation of these steps in any brazing operation, including but not limited to furnace braze, brazing via torch or induction equipment, and even dip brazing.
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November 20, 2019 11:00 am ESTUnderstanding the Influence of Alloy Chemistry on Heat Treatment Process Windows
What: FREE Webinar
Where: Online
When: On Demand Until November 20, 2020Understanding the Influence of Alloy Chemistry on Heat Treatment Process Windows
...See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand Until November 20, 2020Understanding the Influence of Alloy Chemistry on Heat Treatment Process Windows
Heat treating is the controlled application of time, temperature, and atmosphere to produce a predictable change in the microstructure of a material. However, alloys are complex systems where the microstructure and properties depend on both the processing conditions and chemical composition. Variations in composition, particularly in terms of minor elements, affect processing windows. What do metallurgists and process engineers do when this information is not available? Using Thermo-Calc, which calculates thermodynamic and phase based properties as a function of composition, temperature and time, it is possible to make such predictions for multicomponent alloys.
In this webinar, you will learn:- How actual chemistries influence processing windows and transformation temperatures such as liquidus, solidus, A1, A3, Ms
- The influence of alloy chemistry and temperature on diffusion and how this affects carburizing, nitriding, homogenization, etc.
- How precipitation of secondary phases can be predicted as a function of chemistry, temperature and time.
- How these types of calculations are employed in production environments.
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November 21, 2019 02:00 pm ESTUsing Metallography to Understand Heat Treatment Results
What: FREE Webinar
Where: Online
When: On Demand Until November 21, 2020Using Metallography to Understand Heat Treatment Results
...See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand Until November 21, 2020Using Metallography to Understand Heat Treatment Results
This lecture defines and illustrates with multiple examples to show how processing and heat treatment procedures alter microstructures. Examples are given of improper microstructures that caused component failures. Topics covered include: as-rolled microstructures, annealing, normalizing, isothermal transformations, continuous cooling transformations, under and over-austenitization, prior-austenite grain size control, solution annealing, surface treatments (carburizing, carbo-nitriding, nitriding), retained austenite, and problem microstructures. Examples illustrate how different etchants for steels reveal such structures, either more effectively or poorly. Examples are given to compare upper bainite with lower bainite and lath martensite with plate martensite.
During this webinar, you will be shown examples of:- Hot-rolled, annealed, normalized and quenched and tempered microstructures
- Isothermal versus continuously cooled transformed microstructures
- Case hardened microstructures (induction hardened, carburized, nitrided)
- Etching to reveal microstructures and prior-austenite grain boundaries
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December 11, 2019 02:00 pm ESTLinear and Non-Linear Furnace Leak Rates: What’s the Difference?
What: FREE Webinar
Where: Online
When: On Demand Until December 11, 2020Linear and Non-Linear Furnace Leak Rates: What’s the Differenc...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: On Demand Until December 11, 2020Linear and Non-Linear Furnace Leak Rates: What’s the Difference?
Determining whether your furnace has a linear or non-linear leak can mean the difference between being back in production in two hours, or two days. It’s important to know the proper steps in determining your true leak rate to decrease unplanned down time as much as possible. This presentation will go through common sources of leaks, recommended clean-up cycles, and best practices for maintaining your furnace and increasing its lifespan. Proper furnace maintenance will increase ROI, and produce better part quality and yield.
Learning Objectives:- Understand the cause and effect relationships between different leak anomalies
- Learn the difference between linear and non-linear leak rates
- Understand when and why a burn-out cycle is required
- Learn the steps involved in a proper clean-up cycle
Sponsored by:
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February 25, 2020 02:00 pm ESTIR Temperature Measurement for Metals Made Simple
What: FREE Webinar
Where: Online
When: February 25, 2020 at 2 PM ESTIR Temperature Measurement for Metals Made Simple
Choosing...
See Full DescriptionWhat: FREE Webinar
Where: Online
When: February 25, 2020 at 2 PM ESTIR Temperature Measurement for Metals Made Simple
Choosing and deploying the right sensor for Infrared temperature measurements on metal surfaces can be a complicated exercise. Most suppliers offer dozens of sensor options and some offer a range of IR cameras that could also be considered. It is easy to spend several thousand dollars on a sensor that does not measure accurately on a metal surface, but you can avoid this fate if you better understand four key technical issues. We’ll address the questions on sensor wavelength, spot size ratios, the IR camera vs. IR sensor question and the right time to consider a ratio pyrometer.
Learning Objectives- Learn which sensor wavelength is appropriate for temperature measurement on metal surfaces
- Understand the concept of spot size ratio and how this applies to temperature measurement applications.
- Learn the advantages and disadvantages of using IR camera vs. a single spot IR sensor.
- Understand the basics of ratio pyrometry and which applications are best served by this measurement technology.
Sponsored by:
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March 12, 2020 02:00 pm EDTFurnace Safety for the New Decade: NFPA 86 Yesterday to Tomorrow
What: FREE Webinar
Where: Online
When: March 12, 2020 at 2 PM ESTFurnace Safety for the New Decade: NFPA 86 Yesterday to Tomorrow
...See Full DescriptionWhat: FREE Webinar
Where: Online
When: March 12, 2020 at 2 PM ESTFurnace Safety for the New Decade: NFPA 86 Yesterday to Tomorrow
This webinar begins with a brief trip down memory lane to marvel at early twentieth-century furnace technologies, commences with a look at the most recent changes made to the 2019 Edition of NFPA’s Ovens & Furnaces Standard, and ends with a crystal ball look at technologies that may unfold in the decade ahead.
By attending, you will learn about safety systems and good practices for today’s furnace users and see case studies with analyses of furnace failures.
Additional subjects include:
- How you can participate in the NFPA standard writing process.
- The current safety environment for Class B, C, and D Furnaces.
- Investigation anecdotes of unsafe practices.
- Challenges and solutions for fire detection and suppression in ovens.
- Research on computational and statistical methods for processing furnaces.
Sponsored by:
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January 1, 2030 12:00 am ESTWebinar Sponsorship Information
For webinar sponsorship information, visit www.bnpevents.com/webinars or email webinars@bnpmedia.com.
On Demand
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December 12, 2018 02:00 pm ESTUsing Metallography to Understand Heat Treatment Results
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November 15, 2018 02:00 pm ESTMove Over Mesh Belt – The New, Most Cost-Effective Way to Heat Treat Small Parts In House
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February 21, 2017 02:00 pm ESTUsing Metallography to Understand Heat Treatment Results
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November 16, 2016 02:00 pm ESTTemperature Uniformity Surveys: How to Comply with AMS 2750E and CQI-9 -
August 27, 2014 10:30 am EDTChoosing the Ideal Process Control and Safety Solution for Burner Management Systems