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Lindberg/MPH is a leading manufacturer of standard and custom industrial heat-treat furnaces. Their line of heat-treat furnaces includes pit, box, IQ and belt-type designs for the ferrous and nonferrous markets. In addition to heat-treat furnaces, Lindberg/MPH designs and manufactures a full line of melting and holding furnaces for nonferrous alloys.
The primary applications for our furnaces are advanced materials (ceramics), glass, laboratory applications including dental laboratories and especially thermal-processing technology.
As the focus on quality processing has evolved, new innovations have come to the aid of thermal processors. However, one area that has not seen improvement in technology is the temperature uniformity survey (TUS).
PhoenixTM received an order from a major U.S. auto manufacturer for a ho-box system for performing temperature uniformity surveys (TUS) at the company’s Mexican transmission plant.
Aerospace Testing & Pyrometry successfully completed the initial accreditation to ISO/IEC 17025:2005, “General Requirements for the Competence of Testing and Calibration Laboratories.”
Airflow, airflow, airflow” is to the world of ovens what “location, location, location” is to real estate. Temperature uniformity in ovens is something that is often assumed, but it needs to be checked on a routine basis. One of the most common problems witnessed in the field by the knowledgeable observer is the number of older ovens (some dating back over 60 years) and ovens in terrible shape still being used in critical applications. Many times ovens are overloaded or restrictions on uniform temperature areas ignored. How do we do it right? Let’s learn more.
We have been discussing how to conduct temperature uniformity surveys (TUSs) and system accuracy tests (SATs) to comply with specifications such as AMS 2750D (Pyrometry), and we want to continue to expand that discussion. Let’s learn more.
