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.

Integrated technology solutions can help optimize thermal processes and help connect production assets securely in the cloud.

There are five critical factors to keep in mind when designing combustion systems and specifying safety shutoff valves and actuators.

Infrared radiation can provide energy-efficient heating because the thermal energy transfers directly from the heater to the body to be heated via electromagnetic waves in the infrared spectrum. Read about four real-world examples of how infrared technology helped improve industrial heating processes.

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.

Processors must meet their day-to-day demands while looking to the long term: Managing an analog world in the face of a digital future. For many, it is difficult to know where to start. A good place is their problems.

Intended for small-scale production and laboratory applications, Dri-Vault 25361 has a double-walled enclosure with positive-pressure filtered airflow to prevent particulate from entering the chamber.

Model TEK-ECM has an IE5 efficiency, electronically commutated EC motor and backward-curved airfoil impeller. 

Model 565 consists of high performance plastic components, including a PVDF disc with fiber-reinforced polyamide housing and EPDM or FKM seals. 

Model HTE501 offers measurement accuracy of up to ±1.8 percent relative humidity, including hysteresis, and ±0.36°F (±0.2°C).