Infrared heaters are used to transfer heat through a process or to a product via radiation.

From glass manufacturing to textile production, companies utilize heat during their manufacturing processes.  This article seeks to educate the reader on the principles of infrared heating and how to select an appropriate type of infrared heater for a given application.

Infrared process heating represent only a small portion of usable infrared energy available within the electromagnetic spectrum. Medium- and long-wave infrared heaters provide unique process benefits of their own.

AquaMaster4 Mobile Comms provides wireless, continuous flow measurement. 

Promag W has a “0 x DN full bore” option for a close-knit pipeline network or obstacles in pipes. The mag meter provides maximum measuring performance without tube restriction, and thus without pressure loss, according to the manufacturer. 

Anyone who has spent even passing time in the Midwest will have noticed a key difference among the seasons. There’s fall (nothing to do), winter (nothing to do), spring (still nothing to do) and festival season — I mean summer.

An inline transmitter for measuring temperature and flow of conductive liquids in pipe sizes ranging from 0.5 to 2", Picomag measures flow up to 198 gal/min with ±0.5 percent full-scale accuracy and ±0.2 percent repeatability.

Bantam-Series Macrowave is designed for biscuit and cracker baking production lines with up to 3.2’ (1 m) wide bands, producing 3,000 pounds per hour or less.

By providing precisely measured values over the entire production process, near infrared spectroscopy helps to bring plant capacity to full utilization, thereby minimizing waste and downtime.

Intended for applications in the converting and textile industries with patterned water-based glue and coatings, Macrowave selectively heats only the patterned coatings (wetted sections) on the web.