Small Heat Resistance Plastic Disc 125KHz LF Security RFID Tags For Hotel Laundry Tracking

Small Heat Resistance Plastic Disc 125KHz LF Security RFID Tags For Hotel Laundry Tracking

This waterproof RFID laundry tag is suitable for use in any RFID hotel, spa, retirement home, sports club laundry and linen management application. It is made of special material to basically meet all requirements in terms of heat, pressure and chemical resistance in the applications of contactless tracking of garments in the textile rental and dry cleaning.

This disc security RFID tag is small, but robust enough for laundry, cleansing and high temperature applications. By using these laundry tags, it allows the tracking and management of clothes and linen such as number of times washed, washing quantity and quality and storage control.

Applications:

Garment, Hotel laundry management and tracking, textile rental, dry cleaning, towel and bed sheet laundry tracking

Specifications:

1.      Type: Contactless R/O or R/W

2.      Operating Frequency: LF(125KHz) or HF (13.56MHz)

3.      IC Available at 125KHz: EM4102, EM4100, EM4001, TK4100, GK4100

4.      IC Available at 13.56MHz: I-CODE(ISO 15693-3), Mifare® Ultralight (ISO 14443A), Mifare®1K  (ISO 14443A), Mifare®4K  (ISO 14443A), Tag-it™ HF-I (ISO 15693-3), others upon request

5.      Available IC Data Sheets as PDF Download

6.      Size: Dia.25 mm

7.      Reading Distance: 5cm ~ 30cm (Reader Dependant)

8.      Simultaneous Identification of Tags: Up to 50 tags per second

9.      Material: ABS / EPOXY

10.    Operating Temperature: -25ºC to 110ºC

11.    Storage Temperature:-25ºC to 90ºC

12.    Typical programming cycles at +25ºC: 100, 000

13.    Typical Data retention time at +55ºC: > 10 years

Competitive Advantage:

1.      Waterproof IP 68 (condition: water pressure 45bar, 10h)

2.      Size: Dia.25 mm

3.      Simultaneous Identification of Tags: Up to 50 tags per second

4.      Data retention time at +55ºC: > 10 years

5.      100, 000 times reading & writing

6.      Exceptional temperature and harsh environmental performance