x

*Want to search a historical price chart of products or the lowest ever price? Search for the name of the product or paste the product's link in the search box and hit enter. you will see the product's historical milestone prices, charts, and all current offers with Price History. Do check Amazon Price Tracker and Flipkart Price Tracker for price traking.

Zeswin NFC Sticker RFID NFC Tag 144
12th Oct 2026, 10:31 AM

Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label

Price may vary by location, shipping cost, and availability.
Lowest ever
70% Off
₹89
₹299

Highest: ₹89
Average: ₹89
Lowest: ₹89

Price History Graph

Offer Price Prices
Lowest: -
Average: -
Highest: -

Price History Information

You can check the price history of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label here. This product's current Price in India is ₹89. The average and highest prices are ₹89 and ₹89 respectively.

Lowest Ever Price ₹89
12th Oct 2026
Average Price ₹89
Based on 1 days price tracking
Highest Price ₹89
12th Oct 2026

Current Price in India

Price ₹89
MRP ₹299
Savings ₹210
Discount 70.23%

Product Information

Details

Product Name Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label
Store Product Code PRLHM8MYT5KZUMGU
Store Name flipkart.com
Brand Zeswin
Rating 8.4 / 10
Category Zeswin Paper Labels
Model Number (Pack of 5) NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewrittable NFC Tags Sticker
Model Name NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable
Color White

Features

  • Number of Contents in Sales Package: Pack of 5
  • Brand: Zeswin
  • Adhesive Type: (Set of 5) NFC Tag
  • Removable: Yes
  • Transfer Paper: Yes
  • Shape: Round
  • Laminated: Yes
  • Number of Labels Per Sheet: 5
  • Net Quantity: 5
  • Model Name: NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable
  • Model Number: (Pack of 5) NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewrittable NFC Tags Sticker
  • Color: White
  • Key Features: Smart Automation & Quick Actions Enable Wi-Fi, Bluetooth, silent mode, app launch, URL sharing and more with one tap, High-Quality NFC Stickers with 144 Bytes Memory Store links, text, commands and automation triggers easily, Universal NFC Compatibility Works with all NFC-enabled Android phones, iPhones, tablets and NFC readers, Easy Programmable & Rewritable Write, edit and reuse multiple times using popular NFC apps, RFID NFC Technology Ideal for access control, attendance, identification, smart locks and security use, Strong Adhesive Backing Easily sticks on phones, desks, doors, cards and flat surfaces, Compact & Durable Design Thin, lightweight and long-lasting for daily use, Wide Applications Perfect for automation, business cards, inventory and personal use, Value Pack of 5 Suitable for home, office, business and DIY projects
  • Width: 25 mm
  • Height: 25 mm
  • Thickness: 90 gsm

Images

×
Image of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label
Image of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label
Image of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label
Image of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label
Image of Zeswin NFC Sticker RFID NFC Tag 144 Bytes Memory Programmable, Editable & Rewritable (Set of 5) NFC Tag Paper Label

Rating and Reviews

8.4 Based on 26 reviews

Zeswin NFC Sticker RFID NFC Tag 144 has 8.4 rating out of 10. This average rating is consist of 26 individual ratings. You can rate this product at product review page.

* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.