All hollow metal door manufacturers know the importance of supplying quality products. And while a great deal of them do manage to follow through on this aspect, another factor that is just as crucial when working to complete a project on schedule is having your supplies delivered quickly.

At National Custom Hollow Metal Doors and Frames (NCHM), our family-owned company has spent four decades perfecting the art. We now provide many of the industry’s customers with both superior quality and unmatched lead times.

We recently discussed a bit of the science behind radiation shielding – crucial knowledge that lead lined door manufacturers must be familiar with to provide safe, reliable products. So we figured the topic deserved revisiting, particularly to provide more information about how we provide superior radiation protection.

At National Custom Hollow Metal Doors and Frames (NCHM), a crucial factor setting us apart as a leader in our industry is the quality of our products. Choosing us is a no-brainer for professionals requiring standard or custom lead lined door frames and doors for their projects.

At National Custom Hollow Metal Doors and Frames (NCHM), we leave nothing to chance, employing various strategies utilized to guarantee our customers get exactly what they want – when they want it. So it’s no wonder they’ve come to depend on the mutual benefits of doing business with us.

NCHM is family-owned, with a forty-year history of meeting the demands of an expanding custom hollow metal frames and doors market. Our industry experience allows us to be highly competitive on cost, volume, turnaround, and quality – all key factors affecting your bottom line.

Project managers, particularly those specializing in the construction of medical facilities, know all too well how important it is to find a trusted source when ordering lead lined doors and frames.

There are many government and industrial regulations required to provide adequate protection from radiation, a general term used to describe a bundle of energy in the form of electromagnetic (EM) waves.