Nome do autor: Jude

Sustainability is becoming a core requirement rather than a marketing differentiator. Governments, manufacturers, retailers, and consumers increasingly expect products to provide transparent information about their origin, materials, environmental impact, and end-of-life handling. One of the most significant developments supporting this transition is the Digital Product Passport (DPP). Designed to create a digital identity for physical […]

Among the many types of passive UHF RFID tags available today, foam RFID tags have become one of the most widely used solutions for tracking metal assets, reusable containers, electronic devices, and industrial equipment. At first glance, a UHF foam RFID tag looks similar to a standard RFID label. However, the additional foam layer fundamentally

Choosing the right RFID tag is only part of a successful deployment. The adhesive that holds the tag to an asset is just as important. Even the highest-performing RFID inlay can fail if the adhesive cannot maintain a secure bond throughout the asset’s service life. Different materials have different surface energies, textures, coatings, and environmental

RFID cable tie tags, also known as RFID zip tie tags, are specialized fastening tags designed to both secure and identify assets. Unlike traditional adhesive labels or rigid RFID tags, cable tie tags integrate a locking mechanism that allows the tag to be physically attached to wires, pipelines, tools, and outdoor equipment. This combination of

Pallets, crates, totes, containers, and other returnable transport items (RTIs) form the backbone of modern logistics operations. They circulate continuously between manufacturers, warehouses, distribution centers, and retail or industrial endpoints. Despite their importance, these assets are often poorly tracked. Loss, misplacement, and inefficient pooling processes lead to unnecessary replacement costs and operational inefficiencies. RFID technology