TK4100-W Proximity Card Without Serial Number

TK4100-W is a blank ISO standard proximity card operating at 125kHz frequency without a pre-printed serial number. Made of durable PVC with 0.8mm thickness, it features a standard CR80 form factor (85.6mm × 54mm) and can be directly printed on both sides using any plastic ID card printer, making it…
Fill out this field
Please enter a valid email address.
Fill out this field
Fill out this field

Technical Specifications

The TK4100-W is a 125kHz RFID proximity card based on the TK4100 chip technology but without a pre-printed serial number. It features a standard CR80 form factor with dimensions of 85.6mm × 54mm × 0.8mm (3.37″ × 2.13″ × 0.03″), matching the size of a typical credit card. The card operates using passive RFID technology, requiring no internal battery.
TK4100-W Proximity Card

Key Features

  • Blank Design: No pre-printed serial number, providing a clean surface for customization
  • Material: Made of durable white PVC material with 0.8mm thickness
  • Printable Surface: Can be printed directly on both sides using any plastic ID card printer
  • Operating Frequency: 125kHz, compatible with most standard proximity readers
  • Protocol: ISO10536 (125 kHz EM4100 Compatible)
  • Memory: 64-bit read-only memory
  • Reading Distance: Typically 2-10cm (0.8-4 inches) depending on the reader

Applications

The TK4100-W proximity card is widely used in various applications including:
  • Employee identification badges
  • Student ID cards
  • Access control systems
  • Time and attendance tracking
  • Membership cards
  • Visitor management systems

Advantages

  • Customization: Completely blank surface allows for full personalization
  • Reliability: Consistent read performance with no battery required
  • Durability: Resistant to normal wear and tear
  • Cost-Effective: Affordable solution for bulk deployment
  • Compatibility: Works with most 125kHz proximity readers on the market

More from this brand

No results found.

You may also like

Recently Viewed

No results found.