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High temperature RFID tag, Heat resistant rfid tags,high temp rfid tags,ultra high temperature rfid tag
High temperature RFID tags made by DO RFID tag maker have been demonstrated in applications ranging from automotive manufacturing to downhole oil and gas pipes to washing and autoclaving. From tiny designs that may be implanted into metal and car tires to embedded wire tags that can endure severe temperatures, we have a wide range of heat resistant RFID tags.
Our high-temperature metal tags employ RFID technology, which can read meters within read range at 125 KHz, 13.56 MHz, and UHF 915 MHz, and are packaged in Nylon, Teflon, Ceramics, FR4, and other proprietary high-temperature materials. Standard heat resistant RFID tags can withstand temperatures between 200 and 230 degrees Celsius, whereas severe and ultra-high temperature RFID tags can withstand temperatures between 300 and 400 degrees Celsius. Automotive production, downhill drilling, and any manufacturing operation needing high heat are all common uses for heat resistant RFID tags.
High-temperature environment Encapsulation protects RFID tags against high temperatures and stress in manufacturing and industrial operations, making them ideal for extreme heat applications. Harsh temperature RFID tags are frequently chosen by a number of industries for industrial systems using RFID technology to resist the extreme temperatures of particular factory and warehouse environments.
High temperature RFID tags and heat resistant RFID tags are special types of RFID tags that can withstand
high temperaturer and harsh environments. They are designed to be attached to objects that are exposed
to extreme heat, such as metal, glass, ceramic, or plastic.
High temperature RFID tags and heat resistant RFID tags have various applications in different industries, such as:
- Manufacturing: They can be used to track the production process of metal parts, such as casting, forging, welding,
or annealing.
They can also be used to monitor the quality and condition of the products during and after the manufacturing
process.
- Healthcare: They can be used to sterilize medical instruments and equipment in autoclaves or ovens.
They can also be used to identify and trace the medical devices and implants that are implanted in patients' bodies.
- Aerospace: They can be used to monitor the performance and status of the aircraft components and systems,
uch as engines, turbines, or sensors. They can also be used to track the maintenance and repair history of the
aircraft parts.
- Automotive: They can be used to track the assembly and testing process of the car parts, such as engines,
transmissions,
or brakes. They can also be used to monitor the temperature and pressure of the tires and fluids in the car.
High temperature RFID tags and heat resistant RFID tags have many advantages over conventional RFID tags,
such as:
- They can operate in temperatures ranging from -40°C to +250°C, or even higher depending on the model
and material.
- They can resist moisture, dust, chemicals, vibration, shock, and radiation.
- They can provide reliable and accurate data transmission and storage even in harsh environments.
- They can have a long lifespan and low maintenance cost.
High temperature RFID tags and heat resistant RFID tags are available in different shapes, sizes, frequencies,
and memory capacities. Some of the common types are:
- Ceramic RFID tags: They are made of ceramic material that can withstand high temperatures and corrosion.
They are suitable for metal surfaces and high-frequency applications.
- PCB RFID tags: They are made of printed circuit board (PCB) material that can resist heat and moisture.
They are suitable for plastic surfaces and low-frequency applications.
- Flexible RFID tags: They are made of flexible material that can bend and conform to curved surfaces.
They are suitable for glass or ceramic surfaces and ultra-high-frequency applications.
High temperature RFID tags and heat resistant RFID tags are the future of RFID technology.
They can provide more efficient and effective solutions for various industries that require high temperature
and harsh environment monitoring and tracking
If you are looking for RFID tags that can withstand high temperatures and harsh environments, you have come
to the right place. We are a leading supplier of high temperature RFID tags and heat resistant RFID tags that
can meet your industrial needs. Here are some reasons why you should buy from us:
- We use high-quality materials and technologies to produce our RFID tags. Our tags are made of
PPS (polyphenylene sulfide), a crystalline engineering plastic that has excellent properties such as
high temperature resistance, flame retardancy, chemical corrosion resistance, insulation, and durability.
Our tags can work stably and reliably under temperatures up to 240°C, and can resist moisture, dust,
vibration, shock, and radiation.
- We offer a wide range of RFID tags for different applications and frequencies. Our tags are available in
various shapes, sizes, memory capacities, and read ranges. We have low-frequency (LF), high-frequency (HF),
ultra-high-frequency (UHF), and microwave frequency RFID tags that can suit your specific requirements.
Whether you need RFID tags for laundry, automotive engine maintenance, chemical material tracking,
or any other application, we have the right solution for you.
- We provide customized services and support to our customers. We can design and produce RFID tags
according to your specifications and needs. We can also help you with the installation, testing, and
maintenance of your RFID system. We have a professional and experienced team that can provide you
with technical advice and after-sales service.
High temperature RFID tags and heat resistant RFID tags are the future of RFID technology. They can provide
more efficient and effective solutions for various industries that require high temperature and harsh
environment monitoring and tracking. Don't hesitate to contact us
today to get a quote or a sample of our products. You won't regret choosing us as your RFID partner.
- Check the specifications of the RFID tags carefully before buying them. Make sure they can withstand the
temperature range and duration that your application requires. Some RFID tags can handle very high temperatures
for a short time, but not for a long time.
- Choose the appropriate installation method for your RFID tags. The adhesive may fail under high temperatures,
causing the tags to fall off. You may need to use more durable methods, such as high temperature adhesive or
epoxy, or weld the tags to the equipment, or even embed them inside the product. If the tags have holes,
you can also use screws, rings, or ropes to secure them.
- Avoid installing the RFID tags near strong magnetic fields, such as inverters, motors, etc. They may interfere
with the communication between the tags and the readers. You may need to consider the installation location
and the electromagnetic shielding of the strong magnetic field equipment.
- Use RFID tags instead of barcode or any printed labels in harsh environments, such as fire, smoke, oxidation,
or chemical agents. They can work normally and read data without being affected by these factors.
They can ensure that the information is not damaged in harsh environments.
Products | high temperature rfid tag |
Work frequency | US: 902-928MHz, EU: 865-868MHz |
ISO standard | EPC Class1 Gen2, ISO18000-6C |
RFID chip | Alien Higgs-3 |
Read distance (fixed reader) | 1.5meters(US) 902-928MHz, on metal surface 1.5meters(EU) 865-868MHz, on metal surface |
Read distance (handheld reader) |
1.0meters(US) 902-928MHz, on metal surface 0.8meters(EU) 865-868MHz, on metal surface |
Storage | EPC 128bits, user memory:128bits, TID64bits |
Size | 35x27x10mm, hole: 2.5mmx4 |
Material | PEEK |
Color | black |
Attaching method | Metal or nonmetal bolt or screw |
IP Classification | IP68, IP69X |
Weight | 1g |
Size | 35x27x10mm, hole: 2.5mmx4 |
Tested temperature | A. Bake continuously for 1000 hours at 280℃ without damage.
B. Bake for 1500 hours continuously at 260°C without damage.
C. Eight hours at minus 20℃ and 16 hours at +260℃ every day; continuous testing for 60 days without damage.
D. From +150°C to -40°C, 7.5 repeated cycles per day; a total of 80 days, 600 cycles without damage.
E. Bake continuously for 100 hours at 260°C, and then soak in 2 meters deep water for 48 hours; the RFID tag will not enter water or be damaged. |
Storage Temperature | -60°C to +230°C (peek temperature 260°С 1500 hours) |
Pressure | 150Mpa |
Certificate | Reach certification, RoHS certification, CE certification, explosion-proof certification |
If you want to ask anything just fill in the form below and send us. We will contact you within 12 hours.
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