Cubbison gives you many ways to get the look you want. We have
premium product identification solutions for a wide variety of
applications, from the toughest outdoor environments to those
requiring the most exacting standards and the highest presentation
Cubbison's line of metal nameplates may be exactly what your
application requires. We manufacture metal nameplates in stainless
steel, aluminum and brass.
Stainless steel etched and screen printed nameplates are
especially durable, making them ideal for hostile environments such
as the outdoors, marine and heavy industrial applications, and
areas where corrosive chemicals are present.
Available in thicknesses from .012" to .125", stainless steel has
long been a favorite of Cubbison's customers. Stainless steel
nameplates are surprisingly cost effective. Click here to read more!
Aluminum nameplates are our most versatile product line. Several
options for graphic imaging are available to fit a wide variety of
applications economically. Thickness availability ranges from .003"
to .250". Cubbison can provide an aluminum product that fits a
variety of needs by offering a wide selection of anodized aluminum,
finishes, colors and alloys. Click Click here to read more!
If you're looking for lightweight aluminum with extreme
durability, our Metalphoto® process might be the best options for
you. Click here to
Brass is an aesthetically pleasing nameplate material widely
used in cosmetic applications such as retail displays, building
identification and logo signage. Available in thicknesses ranging
from .020" to .125", brass is also a favorite in the military,
marine, and general industrial markets because of its durability
and striking appearance.
Because of the matte/gloss contrast produced by etching, some
customers choose not to add color to their brass nameplates. Click here to read more!
Now more than ever, Federal decision makers need reliable,
timely inventory data to meet daily management and operational
needs. The Unique Identification Program (UID)
helps make that happen. Click here to read more!