Digitally Printed UID Polyester Labels

Features

  • Expertise in working with the UID spec
  • Digital printing process ensures bar code readability
  • Subsurface printing protects against extreme solvents, caustics, acids, and moderate abrasion while eliminating need for a laminate
  • Durable .003" thick polyester material easily conforms to uneven or radius surface
  • .0035" thick adhesive provides excellent adhesion to low-surface energy materials
  • ITAR Compliant
  • Established company with a reputation for durable and reliable products

Digital printing ensures bar code readability as well as crisp, clean company logos while subsurface printing protects the logos, copy and bar code against extreme solvents, caustics, acids and moderate abrasion – ensuring the mark with last the service lifetime of the item being identified.

Specifications Data
Material.003" thick white or silver polyester that can withstand moderate to harsh exposure, mild to moderate abrasion, and temperatures up to 250°F for short durations.
Bar Code & SerializationAll alphanumeric bar codes are printed with a human-readable equivalent.
Label CopyThe label copy may include block type, stylized type, logos or other designs. All copy, block type, stylized type, logos, designs, and bar code are subsurface printed. This unique process provides excellent resistance to solvents, caustics, acids, and moderate abrasion.
ColorsStandard colors include black, red, yellow, green, dark blue, orange, purple or blue. Custom spot colors are also available at no additional charge. Due to contrast needed for the bar code scanner, all bar codes are black.
Standard AdhesiveHigh performance adhesive
SizesVarious sizes available
PackagingProduced and shipped in roll form. Strip form is optional. Cleaning solution is provided to assist in applying to a clean surface. Cartons are clearly marked to indicate serial numbers of labels.
Shipment6 business days

Asset Tracking

IT Assets

UID

Destructive Test Summary
Labels survived more than 6,000 revolutions on Taber Abrader using Calibrase H18 wheel with 1000g weight and remained readable with a bar code reader.
Destructive Test Data
Chemical Test Summary
Labels were applied to a clean glass substrate and submerged in the following chemicals for 6 hours. A 180 degree peel test was performed on each label to measure peel strength and a percentage peel strength change was calculated based on a sample left in standard room temperature dry conditions. No bar code grade loss was experienced after the chemical tests on Craftmark labels.
Chemical Test Data
Chemical Resistance of Adhesive
WaterGlass CleanerBathroom CleanerIsopropyl AlcoholAcetoneNaOH pH 12HN03 pH 12HCI pH 12Brake FluidDiesel Fuel
Peel Strength (control)9.19.19.19.19.19.19.19.19.19.1
Actual Peel Strength (lb/in)8.89.69.28.56.38.38.28.386.7
Temperature Test Summary
Labels were applied to a clean glass substrate and heated to the temperatures listed below for 1 hour. Peel tests were performed to compare change in adhesive strength and bar codes were graded before and after testing to measure image degradation severity.
Temperature Test Data
Adhesive Strength Change after Heat Exposure
104o F/40° C for 1 hour212o F/100° C for 1 hour302o F/150° C for 1 hour392o F/200° C for 1 hour
Peel Strength (control)9.19.19.19.1
Actual Peel Strength (lb/in)8.18.18.23.4
Read Range Test Data
Barcode Readability Test Data
Abrasion Test Data
Label Adhesion Test Data
Pull Test Data