Strength and Precision: The Perfect RFID System for the Metallurgical and Steel Industry

Who Was the Client?
In 2024, a major steel pipe manufacturer based in Udine contacted us with a specific request: to develop an ultra-rugged UHF RFID tag capable of withstanding the harsh conditions steel pipes are subjected to during storage and handling.

---

What Problem Needed to Be Solved?
The company required an RFID solution to:

• Identify pipes before they are placed in stock

• Enable robust RFID-based logistics tracking across yards and warehouses

• Withstand heavy impacts and the tough industrial environment

• Remain securely attached to the pipes, with no risk of detachment during movement

The main challenge was to find a UHF RFID tag that could endure repeated impacts without suffering structural damage over time.

---

Where Was the Solution Applied?
The tag was designed to be applied directly to the steel strapping used to bundle the pipes. This ensured secure attachment and full protection of the RFID chip during both handling and storage.

---

When Was the Project Developed?
The project was initiated and completed in 2024, involving several phases of design, testing, and production.

---

Why Did the Client Choose Us?
The client selected our company for several reasons:

• Our expertise in designing custom RFID solutions

• In-depth knowledge of materials and RFID technologies

• Continuous support throughout the entire development cycle of the RFID solution, tailored to optimize steel industry processes

Our collaborative approach and willingness to test innovative solutions were especially appreciated.

---

The Solution: An Ultra-Rugged UHF RFID Tag

After analyzing the client’s requirements, we developed a tailored solution through several key stages:

---

1. Initial Design and Testing
We created the first prototypes using 3D printing and rubber materials to test shock resistance in real-world conditions. The results were highly positive, confirming the strength of the initial concept.

---

2. Steel Plate Production
To ensure maximum durability, we engineered 2 mm thick steel plates with a custom slot for attachment to the metal strapping used to secure the pipes. This guaranteed the tag remained firmly in place with no risk of detachment.

---

3. Overmolding with Thermoplastic Material
To protect the RFID chip and ensure resistance to impacts and environmental stress, we developed a mold for rubber overmolding. This process made the tag:

• Resistant to impact and compression

• Shielded from dust, moisture, and adverse weather conditions

• Easy to read with UHF RFID readers, with no interference

---

4. Production and Delivery
Once the resistance and functionality tests were completed, we proceeded with production and supplied the tags to the client for operational deployment.

---

Results and Benefits for the Client

Thanks to our solution, the steel pipe manufacturer in Udine achieved:

• A reliable and long-lasting RFID identification system

• Real-time traceability of steel pipes, optimizing logistics

• A tag capable of withstanding impacts and mechanical stress

• A simple and secure installation process

The client expressed strong satisfaction not only with the final product but also with the entire collaborative development process. Our approach—based on real-world testing, iterative design, and meticulous attention to detail—made all the difference.

If your company also needs a customized, ultra-resistant RFID solution, contact us for a dedicated consultation!