EME3625DFL Louver is constructed of extruded aluminum.

Press Release Summary:

Featuring closely-spaced vertical blades for preventing penetration of wind-driven rain, EME3625DFL Stationary Louver comes with all-welded and visible mullion construction. Meeting AMCA 540 and 550 standards, product is designed with 45 percent free area.

Original Press Release:

Ruskin® Introduces Only 3-inch Louver with AMCA 540 Impact Resistance

The EME3625DFL wind-driven rain-resistant stationary louver from Ruskin® is the industry’s only 3-inch louver with Air Movement and Control Association (AMCA) 540 impact resistance. Constructed of extruded aluminum for low maintenance and high resistance to corrosion, the louver is also AMCA 550-listed and is pending 2014 Florida Building Code approval.

“It’s always exciting to introduce an industry-first,” said Peter Blaha, senior product marketing manager at Ruskin. “The EME3625DFL exemplifies Ruskin’s ability to anticipate needs in the air control industry and apply our engineering skills and quality manufacturing processes to a new product that successfully meets those needs.”

The EME3625DFL’s closely-spaced vertical blades prevent penetration of wind-driven rain, reducing damage and additional operating expenses. The louver features 45 percent free area, all-welded construction and visible mullion construction.

Published performance ratings for the EME3625DFL, including excellent pressure-drop performance, are based on testing in accordance with AMCA Publication 500L. As part of its commitment to quality, Ruskin covers all its products, including the new EME3625DFL, with a limited five-year warranty from the date of delivery.

To learn more about the EME3625DFL, visit http://www.ruskin.com/catalog/model/EME3625DFL. For more information about Ruskin, visit www.ruskin.com.

For more information:

Mark Saunders

Director of Sales and Marketing,


Main: 816-761-7476

Direct: 816-986-5467

Mobile: 214-587-8165


Download Spec Sheet

More from Laboratory and Research Supplies and Equipment

All Topics