BRD 博锐迪 · Lab&HC Laboratory & Medical Labels · RFID Series
TRUF-329-6506-U8 · Low-Temperature, Solvent-Resistant, Liquid-Resistant UHF RFID Label
TRF series UHF RFID labels for Petri dishes, microplates, test tubes/conical tubes and other laboratory containers; low-temperature resistant, solvent-resistant and liquid-resistant, suitable for automated biobank management and laboratory workflow tracking.
Item No. TRUF-329-6506-U8UHF RFIDLow-temperature & solvent-resistantPetri dishes & microplates500 labels/roll
Product Overview
TRUF-329-6506-U8 is a BRD 博锐迪 TRF series UHF RFID label for automatic identification and tracking of Petri dishes, microplates, test tubes and conical tubes in low-temperature, solvent-resistant and liquid-resistant laboratory environments.
Supplied in roll format, the labels work with M611 / EOS2, EOS3 / MACH4S laboratory label printers and BRL-80-BK / BRL-110-BK ribbons to print visual information on the face stock; the built-in UHF RFID chip supports contactless batch reading, making it suitable for containers requiring dual-track "visual ID + electronic identification" management in biobanks, cell culture rooms and high-throughput laboratory workflows.
The specifications section lists "multiple sizes available, see product detail image"; actual dimensions and chip selection can be matched to Petri dish diameter, microplate well positions or tube dimensions as required.
The official material guide currently does not include the TRF / RFID series; the performance parameters of this product are based on the product page specifications, the category name "TRF-Low-Temperature RFID Labels" and the roll photo caption. RFID read range, liquid penetration performance and specific chip model are subject to the actual supply confirmation sheet.
Key Features
芯
UHF RFID chip, contactless batch reading
Supports batch reading by a UHF reader/writer in a single pass, ideal for fast check-in/check-out of full microplate racks, Petri dish racks or tube boxes.
耐
Low-temperature, solvent-resistant, liquid-resistant
The product name and specifications both state low-temperature resistance, solvent resistance and liquid resistance, suitable for common refrigerated, frozen and chemical reagent exposure environments in the laboratory.
卷
500 labels/roll, continuous feed
Continuous roll feed fits the paper path of laboratory label printers, delivering higher batch printing and labeling efficiency than individual pre-cut labels.
双
Visual printing + electronic identification, dual track
The face stock supports thermal-transfer printing of IDs, barcodes and dates, while the chip stores electronic codes, enabling two verification mechanisms: "visual check" and "system scan".
Specifications
| Item No. | TRUF-329-6506-U8 (page saleNo: TRUF-32916) |
| Dimensions | Multiple sizes available, see product detail image (matched to container size as required) |
| Material | TRF series UHF RFID label (name designation: low-temperature resistant, solvent-resistant, liquid-resistant) |
| Application | Low-temperature RFID tracking in the laboratory, automated biobank management |
| Packaging | 500 labels/roll |
| Corner shape | Rounded / square corners available |
| Matching ribbon | BRL-80-BK / BRL-110-BK laboratory cryogenic ribbons |
| Compatible printers | M611 / EOS2, EOS3 / MACH4S laboratory label printers |
| Reading method | UHF RFID contactless reading (specific read range and frequency band subject to the supply confirmation sheet) |
| Sales Hotline | 18015583218 |
Actual roll photo · UHF RFID label roll (bottom marketing band reads "Laboratory test tube & conical tube RFID UHF electronic labels")
Typical Applications
Automated biobank check-in/check-out
After labeling, place the entire box of test tubes or cryovials into the UHF read zone to read all specimen IDs in the box in a single batch, reducing manual tube-by-tube scanning.
Batch tracking of Petri dishes
Label the side or bottom of Petri dishes; an RFID reader identifies an entire rack of dishes in batch, suitable for long-cycle experiments such as cell culture and strain preservation.
High-throughput microplate experiments
Label the side or corner of microplates and integrate with automated liquid handling workstations and sample management systems for plate-level tracking and automatic data binding.
Reagent and consumable circulation management
Reagent tubes, conical tubes and microcentrifuge tubes are read via RFID gates or handheld readers during aliquoting, transfer and return, reducing manual registration errors.
FAQ
Q: What is the RFID read range?
A: UHF RFID read range is significantly affected by reader power, antenna, labeling material and liquid environment. This page does not provide a specific read range; before batch deployment, please provide the target container and reading scenario so our customer service/technical team can verify by actual testing.
Q: Can it withstand liquid nitrogen or autoclaving?
A: The page does not state specific temperature values. If the target scenario involves -196 °C liquid nitrogen or 121 °C autoclaving, be sure to confirm the extreme temperatures and cycle counts of the chip and face stock with customer service.
Q: Does a liquid environment affect reading?
A: The name states "liquid-resistant", indicating that the face stock and chip encapsulation have a certain level of protection; however, the specific liquid type (water, culture medium, organic solvent) and immersion depth still affect read range. Testing with samples first is recommended.
Q: Is a dedicated printer required?
A: The specifications list M611 / EOS2, EOS3 / MACH4S laboratory label printers; RFID data writing usually also requires a compatible reader/writer or an RFID-capable print module. Please confirm the complete solution with customer service.
Q: Can the chip encoding rules be customized?
A: EPC or custom encoding rules can be pre-written as required and integrated with LIMS / sample management systems. Specific encoding capacity and interface solutions are subject to the supply confirmation sheet.
Selection & Usage Guide
- If you only need visual cryogenic labels without RFID: switch to thermal-transfer label series such as T629 / T429 / T419 / T329.
- If you need an RFID solution for the full -196 °C liquid nitrogen scenario: you must confirm with customer service whether the chip and encapsulation have passed liquid nitrogen cycle validation.
- For 121 °C autoclaving scenarios: first confirm whether materials rated for this temperature, such as T459 / T629, have a corresponding RFID version.
- For batch reading of microplates or Petri dishes: provide plate/dish dimensions, material and target read distance, and our technical team will recommend the antenna and label size.
- For first-time use, request samples first and test read range and adhesion on real containers in real liquid environments before bulk purchasing.
Usage Notes
Note: The official material guide does not include the TRF / RFID series; the temperature resistance, chemical resistance and RFID performance of this product are based on the page specifications, category name and customer service confirmation sheet; do not use beyond the confirmed temperature, pressure or chemical environment range.
The product name emphasizes "Petri dish & microplate labels", while the bottom marketing band of the roll photo emphasizes "Laboratory test tube & conical tube RFID UHF electronic labels"; the container types indicated differ. The actual range of containers to which the label can be applied is subject to the sample test conclusions provided by customer service.
Need a bulk quotation or RFID solution testing?
Custom sizes, chip encoding and interface integration available on request; samples for trial provided. Sales Hotline 18015583218.
Inquiry Hotline 18015583218
