Steel Guard’s Data Center Air Containment Curtains are custom configured to your application and can be affixed to drop ceilings inside your technology center by direct ceiling mount or a “drop down” lanyard mount.

Data center curtains are used to contain and control hot aisle / cold aisle air temperatures necessary to protect valuable servers from overheating. Used as an air flow management system, aisle containment curtains create a customizable enclosure to …

Rack Hat curtain and Strip Door containment systems are the premier low cost solution for both new and legacy data centers

Hot Aisle and Cold Aisle Air Containment Curtains are widely used in Technology and Data Centers as a way to control air flow and temperature variances within an area that houses heat generating equipment.

Air containment solutions for new installation or replacement parts. Our PolarPlex Rigid panels create an attractive, modular containment barrier that can be secured to rack tops or floor. Movable, self-standing panels are available in custom heights and widths.

May 16, 2012 · Going Green with Cold Aisle / Hot Aisle containment curtains for data centers provides a fast, low-cost solution to better cooling, greater productivity, and significant energy savings.

Data center server room curtains and strip doors are a great solution for hot and cold aisle containment, resulting in easy maintenance of proper server temperatures for reduced operating expenses in a smaller footprint.

Maximize airflow dynamics and increase the effectiveness of your hot aisle/cold aisle isolation. Simplex’s complete line of AirBlock™ data center curtains, modular partitions, ceilings, strip doors and mountings offers solutions for any data center configuration.

Framed, lightweight, clear, overlapping strip curtains for aisle containment systems in the data center. ASTM E84 rated or low cost PVC options available.

Jul 19, 2023 · Cold aisle containment curtains offer several benefits. They help in maintaining a uniform temperature across the data center, reducing the chances of hotspots. They also enhance energy efficiency by reducing the amount of cold air required, leading to lower energy costs.