RFID Flex Hard Tags
Features
- Semi-rigid polyester construction offers increased durability and strength over other RFID tags
- Optional subsurface printing protects against extreme solvents, caustics, acids and abrasion.
- Ideal for high wear applications including returnable pallets, containers, utilities and embedding within injected molded products
- IP68 Ingress Protection
- Average read range 22-24 ft.
- Compatible with RFID Tracking Software
- Description
- Specifications
- Testing Information
- Destructive Testing
- Chemical Testing
- Temperature Testing
Metalcraft’s RFID Flex Hard Tags are specifically designed for assets that need a rugged yet flexible polymer RFID tag that is more cost effective than traditional hard tags and has a reliable, consistent read range performance. The RFID Flex Hard Tag is made of high performance, pliable polyester that provides more strength and rigidity than a traditional RFID polyester label but is more formable than a metal or hard plastic tag. The RFID Flex Hard Tag is ideal for returnable pallets, plastic crates, containers, utility poles or for embedding in injected molded products. Along with a read range of 22-24 ft. on most applications, the RFID Flex Hard Tag is versatile and durable enough for almost any returnable container or harsh environment RFID tracking project.
| Material | .002" or .003" polyester for subsurface printing, .007" polyester inlay covering, .007" polyester base. Approximate .020" total product thickness. |
| Serialization | Barcode and human-readable equivalent is produced using the latest high-resolution digital technology available, which provides excellent clarity and easy scanning. Code 39 is the standard symbology with a range of 2.7 to 9.4 CPI. |
| Label Copy | The 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 environmental factors. |
| Colors | Standard colors include black, red, yellow, green or blue. Custom spot colors are also available at no additional charge. Due to contrast needed for the barcode scanner, all barcodes are black. |
| Standard Adhesive | High performance adhesive |
| Frequency | 860-960 MHz |
| Sizes | Various sizes available |
| Shipment | Shipped in "work-out-of" cartons for convenient application. |
Destructive Testing Summary
Pressure Washer Test: Labels were applied to a polypropylene test panel and allowed to wet out for 24 hrs. High pressure washing consisting of spraying room temperature water for 30 seconds. Spray was directed at the edges of the label to force delamination. No delamination occurred, no other defects were observed and the inlay read after exposure.
Chemical Testing Summary
Test of label structure and printed image as well as readability of inlay.
Chemical Testing Data
| Immersion Time | 2 Hours | 24 Hours | 48 Hours |
|---|---|---|---|
| DI Water | no effect | no effect | no effect |
| Salt Water | no effect | no effect | no effect |
| Bathroom Cleaner | no effect | no effect | no effect |
| Glass Cleaner | no effect | no effect | no effect |
| Isopropanol | no effect | Adhesive ooze around the perimeter of tag | Adhesive ooze around the perimeter of the tag |
| Brake Fluid | no effect | no effect | no effect |
| Acetone | Adhesive ooze around perimeter of tag | Adhesive ooze around perimeter of tag/tag delaminated | Adhesive ooze around perimeter of tag/tag delaminated/inlay no read |
| Diesel Fuel | no effect | Adhesive ooze around the perimeter of tag | Adhesive ooze around perimeter of tag |
| Nitric Acid | no effect | no effect | no effect |
| Hydrochloric Acid | no effect | no effect | no effect |
| Sodium Hydroxide | no effect | no effect | no effect |
| Skydrol | no effect | Adhesive ooze around perimeter of tag | Adhesive ooze around perimeter of tag |
Temperature Testing Summary
High Temperature Test: All samples were applied to glass test panels and subject to 10 minutes of cumulative exposure to 150 °F, 200 °F, 250 °F, and 300 °F. The results were taken immediately after removal from the oven. No adhesion loss to substrate, warping, or delamination was observed, and all inlays read post-exposure. Low Temperature Test: All samples were applied to polypropylene and subject to -1.3 °F for 24 hours. The results were taken immediately after removal from the freezer. No adhesion loss to the polypropylene was observed, and all inlays read correctly.