Bar Code Labels identify reusable containers.
September 21, 2006 -
Made of pliable polyester that is suited for curved drum surfaces, Container Bar Code Labels ensure proper tracking and return of reusable containers. Adhesive is specially formulated for polyethylene or polypropylene containers. Subsurface printing eliminates need for laminate while protecting logos, copy, and bar code against extreme solvents, caustics, acids, and moderate abrasion. Digital printing ensures detailed logos look crisp and clean.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Metalcraft, Inc.
149 Fourth St. S.W., P.O. Box 1468
Mason City, IA, 50401 1468
USA
Polyester Container Bar Code Labels from Metalcraft
MASON CITY, IA (September 12, 2006) - Metalcraft's Polyester Container Bar Code Labels ensure the proper tracking and return of reusable containers. These labels are made of a durable, pliable polyester that is ideal for curved drum surfaces. The adhesive used is specially formulated for polyethylene or polypropylene reusable containers.
Subsurface printing eliminates the need for a laminate while protecting the logos, copy and bar code against extreme solvents, caustics, acids and moderate abrasion. Digital printing ensures even the most detailed logo will look crisp and clean.
For more information or to receive a free catalog and test samples, please call a Metalcraft Customer Service Specialist at 800-437-5283 or visit www.idplate.com.
Metalcraft (Mason City, IA) has been providing identification solutions for over 53 years. In 1950, the company began producing metal nameplates for the advertising specialty industry. In 1952, Metalcraft added nameplates for property management and identification to their product line. Since then, the company has provided thousands of property managers throughout the U.S., Canada and overseas with a wide range of choice in bar code, serialized, and unserialized nameplates and labels for mild, moderate, and extreme environments.
|
|
|
|
|
|
|
| 
