RFID laundry tags, PPS laundry tags

Introduction to RFID laundry tags
Previously, RFID laundry labels were generally made from silicone material, also known as RFID silicone laundry labels. Later, due to quality issues with silicone laundry labels—not due to production quality issues, but because the labels themselves suffered severe peeling during use and slow sensing speeds—production was abandoned. Currently, laundry labels are made from the relatively stable and convenient PPS material, which is a structurally stable, high-rigidity crystalline resin engineering plastic with advantages such as high temperature resistance, good insulation, chemical corrosion resistance, non-toxicity, and flame retardancy, and is widely used.

Application scope of RFID laundry tags
Used in high-temperature environments such as laundry clothing labeling. It features waterproof, dustproof, corrosion-resistant, and heat/low temperature resistance. It not only performs perfectly in laundry applications but is also widely used in many harsh environments of industrial process control systems and automated management. It features strong "waterproof," "pressure-resistant," "heat-resistant," and "alkali-resistant detergents," ensuring use under various environmental conditions. Its exceptional durability guarantees over 200 cycle washes. There are also many other applications for electronic tags, such as automotive engine maintenance labels and chemical raw material tracking.

Usage environment for RFID laundry tags
RFID laundry tags can be used in rigid and durable mechanical products; Electrical products that require heat resistance and flame resistance; It can also be used in chemical devices requiring corrosion resistance. Especially under high temperature, high humidity, and high frequency conditions, it still maintains excellent electrical performance. It can be used in harsh environments with high temperature, high humidity, wear resistance, and corrosion resistance.

RFID laundry tag attributes
Material: PPS
Service life: 10 years
Packaged chips: FM11RF08, Mifare1 S50, Mifare1 S70, Mifare Ultralight, I-CODE2, TI2048, etc
Read/write distance: 1cm-4cm
Operating temperature: -50 to 200 degrees
Process: laser code, data writing
Applications: Widely used in laundry management and high-temperature environment management across various fields.

Various performance indicators of RFID laundry tags
First: Chemical properties
Packaging materials: PPS + epoxy resin (an engineering plastic made of polyphenylene sulfide resin).
Water immersion test: 20°C, 24 hours, depth 2m (does not affect read/write performance).
Chemical test: bleach/caustic soda (20°C for 10 hours, does not affect appearance or read/write performance).
2. Electrical performance
Operating frequency: 13.56 MHz ± 0.4 MHz / 125KHz ± 5 kHz (optional).
Read/write range: Determined according to the reader design and antenna installation.
Operating temperature: -25°C to +90°C.
3. Mechanical performance
Balancing pressure: 20 MPa
Axial pressure: 1 kPa
5 minutes (high rigidity, appearance without cracks or damage).
10 seconds (appearance without cracks or damage).
Vibration test: vibration frequency 34Hz, vibration intensity 6mm/2 hours (no cracks or damage on the surface).
4. Heat resistance
Storage temperature: -25°C or +120°C per 1000 hours;
+160°C for 35 hours; +220°C for 30 seconds.