5-in-1 USB 2.0 Type-C OTG Card Reader – SD & Micro SD Adapter
5-in-1 USB 2.0 Type-C OTG Card Reader – SD & Micro SD Adapter
Access all your memory cards and USB devices from a single compact adapter with this 5-in-1 multifunction card reader. Compatible with USB-A, Type-C, Micro USB, SD, and TF cards, it is the universal connectivity hub that eliminates the need for multiple separate adapters cluttering your bag.
- 5-in-1 connectivity — USB 2.0, Type-C, Micro USB, SD card, and TF/Micro SD card in one compact unit
- OTG compatible — connect USB devices and read cards directly from Android smartphones and tablets
- Simultaneous card reading — read multiple card types at the same time for efficient file transfer
- Compact plug-and-play design — no drivers required, recognised immediately on connection
- Durable construction — built to withstand daily insertion and removal cycles
The single adapter that replaces the collection of individual readers and cables most people accumulate over time. One device, five connection types, complete compatibility — the connectivity solution that should be in every laptop bag and tech kit.
Amorite
Estimated Delivery
7–15 Business Days
Order Processing
1–3 Business Days
Secure Checkout
100% Protected & Encrypted
Couldn't load pickup availability
- Secure Checkout
- 30-Day Returns
- Free Shipping
Materials
Materials
Ultra-soft plush fabric with premium PP cotton filling. Designed to provide warmth, comfort, and anxiety relief for dogs and cats. Soft, durable, and machine washable.
Shipping & Returns
Shipping & Returns
🚚 Free shipping on qualifying orders.
Processing time: 1–3 business days.
Delivery time: 5–12 business days.
30-Day Money Back Guarantee.
Contact us if you experience any issues with your order.
Dimensions
Dimensions
📏 40 cm – Suitable for pets up to 5 kg
📏 50 cm – Suitable for pets up to 9 kg
📏 60 cm – Suitable for pets up to 15 kg
Care Instructions
Care Instructions
✔ Machine washable on gentle cycle
✔ Air dry recommended
✔ Shake and fluff after unpacking
✔ Keep away from direct heat sources
