Thermal Baggage Tag Qualification: Attachment, Readability and Privacy

A thermal baggage tag needs to remain attached and identifiable through the planned handling journey. Selecting tag stock only by its appearance immediately after printing leaves important questions unanswered: will the loop hold, will a perforation tear where intended, and will the barcode still be usable after handling? Qualification should evaluate the finished construction in the customer's application, with recorded acceptance criteria agreed before bulk supply.

XHANCO, the brand of Guangdong Xinghan Industrial Co., Ltd. in Guangzhou, China, manufactures thermal baggage tags as well as RFID baggage tags and thermal boarding passes. Each application needs its own specification. Experience supplying a boarding pass does not automatically establish that the same stock, format, or attachment design suits checked baggage. The source guidance in this application briefing was checked on 16 October 2026; no new future implementation deadline is asserted.

Start with the tag construction and the controlled identifier

IATA's public standards index lists Resolution 740 for interline baggage tag form, Resolution 751 for use of the ten-digit license plate, and RP 1740a for baggage tag media quality. These references help buyers identify relevant documents; the index does not publish their full technical clauses. The current customer specification and applicable licensed standards should guide a project review. See IATA's baggage standards index.

Begin a supply enquiry with a construction drawing rather than a general request for “airport paper.” Specify the finished format, attachment arrangement, printing areas, separations, packing format, and relevant tolerances. Identify which features are critical to the operating process and which may be proposed for review. A retained approved sample gives both parties a concrete reference when later deliveries are checked.

The airline or its authorized system owner should supply the identifier and artwork rules. A tag manufacturer should not invent airline issuer identities for production use. For demonstrations, use clearly controlled test data approved by the project team. Compare the intended record with the printed barcode and human-readable number so an attractive print cannot hide an incorrect identity.

Evaluate attachment and print survival together

Direct thermal printing forms an image on heat-sensitive media without a ribbon; thermal transfer uses a ribbon. Zebra's official explanation also identifies heat, light, and abrasion as considerations for direct thermal image life. See Zebra's thermal printing comparison. The method description does not certify any individual baggage tag stock.

For baggage use, build a sample programme around the intended conditions. Print samples before the exposure sequence, then agree how they will be attached, handled, exposed to moisture, rubbed, and rechecked. Record the conditions and results so purchasing, quality, and operations can compare alternatives on the same basis. Terms such as “water resistant” or “durable” are more useful when tied to an agreed evaluation than when left as unqualified adjectives.

Examine the whole loop after handling. Look for edge damage, unintended tears, opening at the attachment area, and deformation that changes how the tag hangs. Where the design uses adhesive, evaluate the completed attachment under the agreed conditions; where it uses perforations, check both intentional separation and resistance to unintended separation. These are recommended sample checks, not technical thresholds attributed to an unread standard.

Then read the handled samples without reprinting them: the question is whether the original image survived. Review print contrast, image damage, visible characters, and the ability of the intended scanner to obtain the expected identity. Use separate fresh samples for any revised printing trial. Keep material comparisons separate from configuration changes so the team can see what caused an improvement or failure. A physical stock change and the addition of RFID are different project changes and should be documented separately.

Two application examples and a privacy check

Staffed check-in: an operator attaches a printed loop around a suitcase handle during a busy departure period. The useful trial includes normal handling motions, intentional removal of any claim portion, and a later scan after the bag has moved through the agreed handling simulation. Review the XHANCO airline and airport supplies range when defining the consumables scope, then identify the required baggage tag construction in the enquiry.

Transfer handling: a bag arrives with its original tag already creased and is moved through another handling operation. Sample evaluation should address attachment survival and access to the printed identity after that movement, rather than inspecting only unused tags. Buyers can request a thermal baggage tag sample review with the proposed handling conditions and equipment details. These are illustrative applications, not claims of specific airline installations.

Privacy belongs in the trial plan too. As a recommended data-handling practice, avoid using genuine passenger details in public sample photographs or sales demonstrations. Agree who can receive test files and how rejected prints and used samples will be handled. A visible baggage identifier may connect to information held in operational systems; treating the physical print as harmless simply because it is paper can undermine the customer's own controls.

A repeatable purchasing checklist

A purchasing team can use the following recommended checklist to make approval and repeat orders easier to review:

• Approve the finished drawing, loop arrangement, adhesive or perforation details, and packing format.
• Use authorized test identifiers and confirm barcode-to-record agreement.
• Record the actual printer, settings, scanner, and sample lot used.
• Evaluate moisture, abrasion, attachment, and separation under agreed conditions.
• Define how failed samples, passenger information, and public images will be controlled.
• Retain signed samples and agree material-change notification and repeat-order inspection.

XHANCO can review manufacturing and supply requirements against the customer's approved specification. The airline and its system partners remain responsible for operational event recording and acceptance. Share your drawing, expected usage conditions, printer details, and sample requirements to start a focused qualification discussion.

Cover photo: Alexander Schimmeck / Unsplash, under the Unsplash License. Illustrative baggage-handling photograph; not a XHANCO product test, customer installation or measured read-rate result.