Industrial Heating magazine is edited to assist problem solving by management, engineering and technical personnel responsible for application and performance of systems and equipment dependent upon thermal energy in primary production and manufacturing industries.

Editorial emphasis is engineering/management oriented, focusing on advancements in thermal technology discussed definitively in terms of its practical application, encompassing entire manufacturing and production systems involved in primary metal producing, metals and ceramics, heat treating, brazing, forging, casting, cleaning and finishing, as well as specific analysis of thermal processing control and heat containment. (Tradepub.com)

Subscribe today to Industrial Heating for current news & trends on heating treatments, brazing, sintering, melting, process control, heating elements and much more in the advancement of thermal technology!

Covers heat treatments, brazing, sintering, melting, process control, instrumentation, refractories, burners, heating elements, and other thermal processes typically in excess of 1000(degrees)F.

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Publisher: BNP Media

View Industrial Heating Magazine, November 2008

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FEATURES
Composites
Composites in the Aerospace Industry
David Watson – Bombardier Aerospace, Belfast, Northern Ireland
The use of composites over the last 30 years in commercial aircraft has evolved from less than 5% to approximately 50% by structural weight. As a result, a specific Nadcap oversight group has been implemented and has grown signifi cantly in its four years of operation.

Materials Characterization & Testing
Performing Aerospace Case-Depth Analysis Using Microindentation Hardness Systems
Tim Bonge, Dave Coulston, Tim Pallett, Mark West — LECO Corp., St. Joseph, Mich.
The process of testing for material hardness is critical for the success and safety of today’s products. Nowhere is this more evident than in the fi eld of aerospace, which has some of the most rigid materials standards.

Vacuum/Surface Treating
Technology Trends in Vacuum Heat Treating Part Two: Processes and Applications
Daniel H. Herring – The Herring Group, Elmhurst, Ill.
Vacuum thermal processing is key for aerospace component manufacturers due to industry demands for the highest possible quality.

Heat Treating
Automated Heat-Treatment Monitoring System
Arek Melanowicz – DynaBil Industries, Coxsackie, N.Y.
Donald Chickering - WingTech II, LLC, Poughkeepsie, N.Y.
This article provides a condensed summary of an automated heat-treatment system that includes data from furnaces, quench tanks and freezers in addition to results of hardness and conductivity tests.

Ceramics & Refractories/Insulation
Reconditioning Ceramic Insulators
Trevor Jones – Solar Atmospheres, Souderton, Pa.
Furnace insulators are designed to electrically and thermally insulate. When they become coated with metals and carbon from high-temperature processing, their electrical resistance is compromised. Learn how to restore the insulator to its original purpose.

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Industrial Heating magazine, the Largest and Most Preferred Industry Publication, has been applying the latest advances in thermal technology to practical use since 1931.

With over 23,030 BPA audited circulation comprised of mostly thermal processing engineers, Industrial Heating's technical articles cover heat treatments, brazing, sintering, melting, process control, instrumentation, refractories, burners, heating elements, and other thermal processes typically in excess of 1000°F.

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