CEG membranes are made of woven polypropylene Monofilament.

MD Series – Membrane fabric is set on standard 2′ x 4′ acrylic eggcrate panels.

MLW Series – Membrane fabric is stretched tight onto an anodized aluminum frame.

MLP Series – Specifically designed for Biotech/ Pharmaceutical application. Membrane fabric is stretched on both sides on an anodized aluminum frame with epoxy sealed edges.

Standard panels are designed to lay in a standard 2′ x 4′ acoustical 15/16″ wide ceiling grid system. Special sizes are available for odd openings.

CEG panels are manufactured in the U.S. by CEG in a class 100 cleanroom. Panels are bagged, crated, and shipped to the job site for installation into the ceiling grid or other support system.

For uniform airflow, approximately 0.01” to 0.10” w.g.; can be user specified, and can be used to create zones of higher flow.

The CEG membrane fabric is classified Class “A” product as defined by the ASTM E-84 fire test.

Membrane panels lift out for access to HEPA / ULPA filters and lights.

Penetrations for sprinkler heads or conduits can be made almost anywhere in the membrane panel and finished off with standard escutcheons. Special sealing is typically not required.

MD Series – Approximately .44 lbs. per square foot.

(1 panel- nominal 2’ x 4’ = 3.40 lbs.)

MLW Series – Approximately .38 lbs. per square foot.

(1 panel- nominal 2’ x 4’ = 3.0 lbs.)

MLP Series – Approximately .50 lbs. per square foot.

(1 panel- nominal 2’ x 4’ = 4.0 lbs.)

A 10:  Yes.

This system has been used in many different pharmaceutical and medical device applications through the years, and may be cleaned using various products. We can provide information on the material of construction, so you may verify its compatibility with your cleaning product.

The Alpiq InTec CG® series is basically the same as the MLP series described above. However, the Alpiq InTec CG® panels are manufactured in Switzerland.

They include a welded anodized aluminum extruded frame with the fabric adhered to the frame. This product is commonly used in pharmaceutical applications.