Description
ALLEGION Proximity Sticky Disk – 35 mm, White, 125 kHz
The ALLEGION Proximity Sticky Disk is a compact adhesive credential designed for facilities using 125 kHz proximity access control systems. This white PVC adhesive tag provides a practical way to add proximity access capability to existing ID badges, cards, devices, or other approved non-metal surfaces.
With a 35 mm diameter and slim 0.07 in. thickness, this sticky disk is ideal for organizations that need a low-profile credential format for employee access, visitor programs, system expansions, or replacement credential projects. Supplied in a 100-tag pack, these adhesive proximity tags offer a scalable solution for everyday access control applications.
Quick Specifications
- Manufacturer: Allegion®
- Credential Type: Proximity Adhesive Tag
- Operating Frequency: 125 kHz
- Format / Grit: 26
- Diameter: 35 mm
- Material: PVC
- Color: White
- Thickness: 0.07 in.
- Package Quantity: 100 Tags
Key Features
- 125 kHz proximity technology for contactless access control
- Adhesive-backed PVC disk attaches to approved surfaces
- Compact 35 mm size for low-profile credential applications
- White surface blends well with many ID cards and badge designs
- Useful for converting existing cards or badges into proximity credentials
- Practical for replacements, add-ons, and system expansion projects
- Supplied in a convenient 100-tag quantity
Ideal Applications
- Employee access control programs
- Adding proximity technology to existing ID badges
- Visitor or contractor credentialing
- Commercial buildings and offices
- Healthcare and education facilities
- Multi-tenant and property management environments
- Access control system expansions
Compact Adhesive Credential Format
The Allegion proximity sticky disk is designed for applications where a traditional card or key fob is not the preferred credential format. Its adhesive backing allows the tag to be applied to many smooth, clean surfaces, making it useful for organizations that want to add proximity access to existing cards, badges, or compatible devices.
Because it operates on 125 kHz proximity technology, this adhesive tag is a practical option for many existing low-frequency access control environments.
Why Buy from ID Enhancements?
For more than 33 years, ID Enhancements has specialized in access control credentials, identification products, and badge accessories. Our credential specialists help customers verify technology, facility codes, bit formats, numbering sequences, and reader compatibility before ordering. We provide knowledgeable support, competitive pricing, and Rapid Fulfillment for organizations of every size.
Explore Other Products
Complete your access control and identification program with related products from ID Enhancements:
- RapidPROX® 125 kHz Proximity Credentials – A cost-effective alternative for many OEM proximity credentials.
- 125 kHz Proximity Readers – Compatible readers for new installations and system upgrades.
- Lanyards – Comfortable breakaway and standard lanyards for employee identification.
- Badge Reels – Keep credentials visible and easy to present at readers.
- Badge Holders – Protect access cards and employee photo IDs.
- Badge Clips – Convenient clips and fasteners for badges and credential holders.
- ID Card Printers & Supplies – Print professional employee badges in-house.
- Visitor Badging Solutions – Support temporary IDs and visitor management programs.
Save Money with RapidPROX® 125 kHz Credentials
Looking for a lower-cost alternative to OEM adhesive proximity tags? RapidPROX® from ID Enhancements delivers dependable 125 kHz credential performance with excellent value. Proudly manufactured in the USA with a standard 48-hour production, RapidPROX credentials are designed to work with many existing 125 kHz proximity access control systems, making them an outstanding choice for replacement projects, system expansions, and new installations.
Contact our credential specialists to confirm compatibility with your facility code, bit format, numbering sequence, and existing reader technology.
