Professional RFID Laundry Tags Manufacturer
Offering RFID Laundry Tags At Good Price
- Full range of chips with low frequency, high frequency and ultra-high frequency
- There are ABS, wood, leather, silicone and other materials to choose
- Quality warranted, all products in our factory are covered by a one year warranty
- No middleman, support customized products
- Professional service, higher cost performance and better experience
RFID Laundry Tags Definition
Laundry RFID tags are tags designed to track linen, uniforms, and other garments. They are mostly made with a soft rubber casing, which makes them resistant to water and detergents.
The tags are highly flexible and can withstand high pressure (of up to 60 bars) and more than 50 washing cycles.
The laundry tags are primarily used in hospitals and hotels. They help in ensuring that all garments are cleaned before being reused by other patients or guests.
Our RFID Stickers Product List
RFID Laundry Tags by Material
PPS RFID Laundry Tags
RFID PPS laundry tags are made of engineering plastics that can resist high temperatures. They can work at 180~220℃ and are resistant to chemicals, friction, and electricity.
RFID PPS laundry tags are an economical choice for automatic clothing tracking and intelligent sorting. They come in a wide range of sizes and RFID chips, including 13.56 MHz HF and 915 MHz UHF chips.
Fabric RFID Laundry Tags
This fabric RFID laundry tag is made of high-temperature-resistant fabric. It is small, lightweight, durable, waterproof, and soft. It can also easily handle being bent and squeezed during laundry.
You can use it with all kinds of garments and clothes. It will not make you feel uncomfortable.
Silicone RFID Laundry Tags
This RFID silicone laundry tag is made of eco-friendly silicone. It is soft and safe for clothes. This laundry tag can handle high temperatures and rough conditions. You can easily sew it into the seams and lapels of clothes, blankets, and other products.
RFID Stickers By Frequency
13.56MHz RFID Laundry Tags
13.56 MHz HF RFID laundry tags, which can be embedded or attached to sheets, towels, and primary care scrubs or uniforms, are designed to last for more than 200 washes and can endure high temperatures and pressure. We offer ISO 15693 and 14443 NFC memory chips.
UHF 915MHz RFID Laundry tags
UHF RFID laundry tags can be read in groups. They are often used in industrial laundry operations, hotel linens, and medical uniforms. These tags can be bent without breaking, can survive high temperatures, and can last for more than 200 wash cycles.
How to Choose the Right RFID Laundry Tags
1. Make sure you have your own system
RFID tags can’t be used on their own. You need to have your own system or be a system integrator so you can buy your own RFID tags.
2. Tell us the type of chip you are using
The chip is the most important part of the RFID system. It stores and exchanges data. The first step in designing the system is choosing a good chip model. Different chip models have different features and prices. You need to determine which model is right for your system.
If you don’t know your chip model, you can send us a sample of your hand to help us test the model.
3. Select RFID Stickers material and size
The price depends on the material and size. Choose the material and size that works best for your budget.
4. Define your additional processes
We can customize the logo, print UID, encoding data, etc. for RFID Laundry tags.
Getting Your RFID laundry tags
Our professional technical team is here to help. We invite you to compare our prices and services.
- All information is kept secret and safe.
Application of RFID Laundry Tags
Increase Efficiency for Laundry
In RFID laundry management, each piece of fabric will be given an RFID laundry tag. As the fabric pieces pass through the assembly line, a reader will recognize the information in the tag. The reader will know what type of linen and where it needs to be sent.
RFID technology frees up time for manual sorting of linen. It also allows cloths to be quickly sent to the next laundry process. This is better than traditional barcoding or relying on people to tell the difference.
Manage Linen Inventory More Effectively
RFID tags can help manage inventory faster and more efficiently. Each piece of linen has its own unique identification number. RFID tags can also be read as a group. Staff can use RFID readers to count inventory and identify the fabric.
If a fabric is lost, the tag information can identify the type of fabric. Staff can also track responsibility and address work mistakes.
Predicting the service life of fabric
The system can predict how long the fabric will last. RFID tags are sewn into the fabric, and the system knows how many times each piece of fabric has been washed. The RFID laundry tag can be washed 200 times and can withstand ironing at 120 degrees Celsius.When the number of washes is close to the critical value, the system will inform the washing company. This allows the company to suggest ordering old fabric and offering maintenance services for the hotel in time.
Keeping theft and disputes under control
The large amount of cloth and grass makes it hard to keep track of and check. If something gets lost, it’s hard to find out who did it. This can lead to arguments between industrial laundry companies and their customers.
RFID tags can help with this. The code in RFID tags can show if something is lost. You can also check the history to prevent theft and reduce disputes and losses.
Identify the authenticity
RFID laundry tags can help make sure that your clothes are real and not fake. They can also be used to check the authenticity of clothes after you’ve bought them.
Since high-quality clothes often have special ironing features and are more careful about how they’re washed, they might need to be washed at higher temperatures. When you scan the tags, you can see if the clothes are real and how they should be washed. This makes laundry services more reliable.
Frequent Asked Questions
Can you wash RFID laundry tags?
RFID laundry tags are often used in places like industrial laundry operations, hotels, and medical facilities. These tags can handle high temperatures, making them durable enough to last through at least 200 wash cycles.
Do clothes have RFID tags?
Yes, some companies make RFID tags that are encased in protective plastic. These tags are designed for use in the laundry and uniform rental business. The tags used are usually 13.56 MHz tags, which can only be read from less than 3 feet (1 meter) away.
What is RFID laundry?
RFID tags allow us to identify each garment. We sew an RFID tag to each garment. This allows us to identify and trace the garment throughout the entire process. As a result, we can optimize washing cycles, reduce costs and losses, and provide total control of the process.
How do RFID tags work on clothes?
RFID tags are made up of two parts: a microchip and a small antenna. The antenna sends data from the chip to a reader. The reader is activated as soon as the antenna can pick up the signal. Retailers can use the data for various purposes, such as recording the sale of a product or ordering more inventory.
Does RFID work in water?
RFID, like all radio technologies, cannot work in the presence of water. Water does not naturally conduct electricity, but the presence of dissolved salts or other materials can make it act as a partial conductor.
What clothing companies use RFID tags?
I recently read that a number of companies are using RFID to manage their inventories. These companies include Target (TGT +0.4%), Macy’s (M -1.5%), Zara, H&M, Uniqlo, Nike (NKE +3.6%), Adidas, Footlocker, Lululemon, Levi’s, Ralph Lauren, Tommy Hilfiger, and Victoria’s Secret.
Common RFID chips
| IC | Memory | Protocol | Read/Write | Datasheet |
|---|---|---|---|---|
| TK4100 | 64bit | ISO7815 | Read-only | Download |
| EM4200 | 128bit | ISO7815 | Read-only | Download |
| EM4305 | 512bit | ISO11784/11785 | Read&Write | Download |
| EM4450 | 1kbit | ISO11784/11785 | Read&Write | Download |
| ATA5577 | 224bit | ISO11784/11785 | Read&Write | Download |
| Hitag 1 | 2048bit | ISO11784/11785 | Read&Write | Download |
| Hitag2 | 256bit | ISO11784/11785 | Read&Write | Download |
| MIFARE Classic 1k(S50) | 1K Bytes | ISO14443A | Read&Write | Download |
| MIFARE Classic 4k(S70) | 4K Bytes | ISO14443A | Read&Write | Download |
| MIFARE Ultralight EV 1 | 512bit | ISO14443A | Read&Write | Download |
| MIFARE Ultralight C | 192 Bytes | ISO14443A | Read&Write | Download |
| MIFARE Plus EV2(2K) | 2K Byte | ISO14443A | Read&Write | Download |
| MIFARE Plus EV2(4K) | 4K Bytes | ISO14443A | Read&Write | Download |
| MIFARE Plus SE(2K) | 2K Byte | ISO14443A | Read&Write | Download |
| MIFARE Plus SE(4K) | 4K Byte | ISO14443A | Read&Write | Download |
| MIFARE Plus X(2K) | 2K Byte | ISO14443A | Read&Write | Download |
| MIFARE Plus X(4K) | 4K Byte | ISO14443A | Read&Write | Download |
| MIFARE Desfire Light | 640 Bytes | ISO14443A | Read&Write | Download |
| MIFARE Desfire EV3(2K) | 2K Bytes | ISO14443A | Read&Write | Download |
| MIFARE Desfire EV3(4K) | 4K Bytes | ISO14443A | Read&Write | Download |
| MIFARE Desfire EV3(8K) | 8K Bytes | ISO14443A | Read&Write | Download |
| NTAG 213 | 144 Bytes | ISO14443A | Read&Write | Download |
| NTAG 215 | 504 Bytes | ISO14443A | Read&Write | Download |
| NTAG 216 | 888 Bytes | ISO14443A | Read&Write | Download |
| NTAG 213 Tag Temper | 144 Bytes | ISO14443A | Read&Write | Download |
| NTAG 424 DNA | 416 Bytes | ISO14443A | Read&Write | Download |
| NTAG 424 DNA Tag Tamper | 416 Bytes | ISO14443A | Read&Write | Download |
| ICODE SLIX | 896 bits | ISO15693/ISO 18000-3M1 | Read&Write | Download |
| ICODE SLIX 2 | 2528 bits | ISO15693/ISO 18000-3M1 | Read&Write | Download |
| ICODE SLIX-L | 256 bits | ISO15693/ISO 18000-3M1 | Read&Write | Download |
| ICODE SLIX-S | 1280 bits | ISO15693/ISO 18000-3M1 | Read&Write | Download |
| ICODE DNA | 2016 bits | ISO15693/ISO 18000-3M1 | Read&Write | Download |
| Tag-It™ HF-I Standard (TI 256) | 256 Byte | ISO15693 | Read&Write | Download |
| Tag-It™ HF-I Plus (TI 2048) | 2K Bytes | ISO15693 | Read&Write | Download |
| Higgs 3 | 96 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Higgs 4 | 128 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| MONZA 4QT | 128 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Monza 5 | 128 bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Monza R6 | 96bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Monza R6-P | 96bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| UCODE 7 | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| UCODE 7m | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Ucode 8 | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| Ucode 8m | 96 bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |
| UCODE DNA | 224bit epc,3072 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | Download |