Products Description
NFC Temperature Sensor Tag is an active NFC temperature tag based on a customized chip from IDS Microchip AG. The tag works at 13.56MHz and supports ISO15693. It has 1024 bytes of memory and a built-in 1.8V paper battery, so it can record temperature data without an external power supply.
The standard size is 86 × 54mm, with other sizes available for different applications. The antenna uses 9μm etched aluminum on a 50μm PET substrate, keeping the label thin and flexible. The temperature range is -30°C to +85°C, with accuracy up to ±0.5°C.
Temperature data can be checked through a compatible NFC device. NFC Temperature Sensor Tag can be used for cold chain shipments, pharmaceutical storage, food transportation, laboratory samples, and other products where temperature history needs to be kept.
Product Parameters
| Place of Origin | Fujian, China (Mainland) |
| Tag Size | 86 × 54 mm (customizable) |
| Chip | IDS Microchip AG (customized) |
| Frequency | 13.56 MHz (13.0–14.5 MHz) |
| Protocol / Memory | ISO 15693 / 1024 bytes |
| Conductor Material | Aluminum etching, 9 μm thickness |
| Substrate | PET, 50 μm thickness |
| Feature | Built-in 1.8 V paper battery (thickness < 500 μm); low temperature reduces battery life |
| Sensor Function | Temperature range −30 to 85 °C; accuracy ±0.5 °C |
ROI
The main saving is usually the time spent on manual temperature recording.
For example, assume a warehouse handles 500 temperature-sensitive shipments and an operator spends about 1 minute checking and recording each one.
One complete manual check would take: 500 × 1 minute = 500 minutes, or about 8.3 hours. At a labor cost of US$15/hour, that is about US$125 of labor time for one complete check.
If the same work is done once a week for a year, the manual checking time would be about 433 hours, representing around US$6,500 of labor time at the same labor rate.
The actual saving will be different for each application. It depends on the number of shipments, checking frequency, labor cost, and how much of the process can be replaced by NFC data collection.
There is also a practical saving when a temperature problem occurs. With recorded data available, staff can check the temperature history of a shipment instead of searching through handwritten records or asking different teams to confirm what happened.
Key feature
Continuous Recording: A built-in battery supports long-term temperature acquisition, ensuring data integrity even when unattended.
Easy Reading: Temperature data can be read using a mobile phone or NFC device, without the need for an internet connection or complex equipment.
Intelligent Alarms: Configurable temperature thresholds automatically record any exceeding limits, ensuring the safety of cold chains and pharmaceutical products.
High-Precision Monitoring: High temperature measurement accuracy makes it suitable for a variety of applications, including pharmaceuticals, fresh produce, and electronics.
Flexible Deployment: No wiring required, low cost, and suitable for large-scale applications and rapid deployment.
Choose xminnov, choose a long-term and reliable partner
As a professional manufacturer of NFC and UHF tags, xminnov operates a state-of-the-art production facility in Fujian Province, with a comprehensive quality control system. We utilize internationally standardized production processes, strictly adhering to ISO quality management standards from chip packaging and material selection to finished product testing. This ensures that every tag undergoes multiple tests before shipment, including for appearance, frequency, and read range.
To meet the diverse needs of our customers, xminnov offers a variety of custom sizes, custom printing, and data writing services, supporting both mass production and the flexible requirements of small-batch pilot projects.
Hot Tags: nfc temperature sensor tags, China nfc temperature sensor tags manufacturers, suppliers, factory, ultra-high frequency rfid tag, industrial rfid tag
