The PIVA B25 Magnetic Mobile Phone Cooler is a high-performance 20W semiconductor cooling radiator designed to keep your smartphone cool during extended gaming sessions, live streaming, and heavy workloads. Featuring a magnetic attachment, RGB ring lighting, and quiet operation, it helps reduce overheating and maintain peak device performance.


$14.99 
  • Brand: Piva
  • SKU: PIVA-B25-20W-RGB
  • Shipping: 
  • Return Policy: We accept returns within 7 days of delivery for items that are unused, in their original packaging, and include all accessories. Some products may be non-returnable; please refer to the product page for specific details. To initiate a return, contact our Customer Support.


Product Description


Stay ahead of the competition with the PIVA B25 Magnetic Mobile Phone Cooler. Equipped with an advanced 20W semiconductor cooling system, it rapidly dissipates heat to help prevent thermal throttling and maintain stable frame rates during demanding mobile games.

The magnetic mounting system provides quick and secure attachment to compatible smartphones, while the included clip (where applicable) allows use with a wider range of devices. An eye-catching RGB ring light adds a gaming aesthetic, and the low-noise cooling fan ensures distraction-free gameplay.

Ideal for PUBG, Call of Duty: Mobile, Genshin Impact, Free Fire, Mobile Legends, and other graphics-intensive mobile games.

Key Features

  • 20W Semiconductor Cooling Technology – Fast and efficient heat dissipation
  • Magnetic Attachment – Secure mounting for MagSafe-compatible and magnetic phones
  • Universal Clip Support – Compatible with most smartphones (where included)
  • RGB Ring Lighting – Dynamic gaming-inspired illumination
  • High-Speed Cooling Fan – Maintains optimal device temperatures
  • Low-Noise Operation – Quiet cooling for uninterrupted gaming
  • Compact & Lightweight Design – Portable and easy to carry
  • USB-C Powered – Convenient power input for continuous cooling
  • Ideal for Mobile Gaming & Streaming – Helps reduce overheating and thermal throttling