Features
The Pure Flow Air Heater is designed for applications where clean air is necessary, as in laboratories and environmental testing areas.
This heater is unique in supplying non-contaminated heated air. The stream of air is heated by passing over an enclosed heated surface rather than directly over exposed resistance elements. This method assures that no foreign matter will enter the stream of flow.
Constructed of 316 Stainless Steel.
It has an operating range of up to 15 CFM with temperatures to 800ºF (430ºC).
Pressure rating: 100 psig.
Made in U.S.A
Features
The Pure Flow Air Heater is designed for applications where clean air is necessary, as in laboratories and environmental testing areas.
This heater is unique in supplying non-contaminated heated air. The stream of air is heated by passing over an enclosed heated surface rather than directly over exposed resistance elements. This method assures that no foreign matter will enter the stream of flow.
Constructed of 316 Stainless Steel.
It has an operating range of up to 15 CFM with temperatures to 800ºF (430ºC).
Pressure rating: 100 psig.
Made in U.S.A
Features
The Pure Flow Air Heater is designed for applications where clean air is necessary, as in laboratories and environmental testing areas.
This heater is unique in supplying non-contaminated heated air. The stream of air is heated by passing over an enclosed heated surface rather than directly over exposed resistance elements. This method assures that no foreign matter will enter the stream of flow.
Constructed of 316 Stainless Steel.
It has an operating range of up to 15 CFM with temperatures to 800ºF (430ºC).
Features:
The Miniature Circulation Heater is a packaged heater for heating small volumes of liquids as in photographic developer solutions, chemicals, dyes and inks.
Constructed of 316 series stainless steel.
Pressures to 100 psig.
Features:
The Miniature Circulation Heater is a packaged heater for heating small volumes of liquids as in photographic developer solutions, chemicals, dyes and inks.