Product category:
Process Hardware (Pipes, Nozzles, Heaters, etc)
News Release from: Davidon Industries | Subject: Aeromatix gas burners
Edited by the Engineeringtalk Editorial
Team on 25 July 2003
Gas burners meet emissions specs
Aeromatix gas burner technology meets and exceeds the latest NOx emissions requirements.
Aeromatix gas burner technology meets and exceeds the latest NOx emissions requirements Aeromatix product lines include bladed burners capable of Category 2 NOx emissions for outputs of up to 44kW (HCV), tubular burners used in space heaters, bar burners, industrial burners used in such applications as paint curing ovens, and ceramic premix burners, which are designed for high efficiency and meet the latest NOx emissions requirements in boiler applications
This article was originally published on Engineeringtalk on 18 Jun 2003 at 8.00am (UK)
Related stories
Thick-film heaters provide rapid response
Available now from Davidon Industries is a range of thick-film heated elements manufactured in The Netherlands by Ferro Techniek.
The Cordierite ceramic flame surface can tolerate temps up to 1200C.
Also available are unique patented weld free cylindrical premix burners, which are designed weld free to avoid creating weak thermal stress locations typical with welded burners, providing a continuous circumferential flame port pattern, creating a 360-degree high-efficiency heat array.
These burners meet low NOx Category 5, or less than 70mg/kWh emission ratings.
For gas fireplace burners Aeromatix has a patented duplex oval section burner which includes an Aeromatix oxygen depletion sensing (ODS) system built in and can use natural an LP gas.
Aeromatix also specialises in custom requirements and use their vast array of experience in direct development with the customer and welcomes new design needs and applications.
• Davidon Industries: contact details and other news
• Email this article to a colleague
• Register for the free Engineeringtalk email newsletter
• Engineeringtalk Home Page
Search the Pro-Talk network of sites
