Cooling that Self-Regenerates
Actively Replenishes

Freezemat™ is a bionic smart polymer material - a temperature sensitive hydrogel. The material can mimic the thermoregulation mechanism of living organisms, and take away heat through evaporation. By evaporating away the heat, it actively replenishes the moisture in the air and circulates heat dissipation.

Lab Proven Material

Applying this material to the heat dissipation of cell phones under high power operating conditions can effectively solve the heat dissipation problem of next-generation information processing devices. Freezemat™ is developed by Wuhan University Nano Lab, Benks has laid out the global patent of Freezemat™ and is committed to bringing a new heat dissipation solution for smart devices. 

Click Here to Read Advanced Materials Journal

Greatly Reduce Heat to Protect Battery Life

Protect your phone's battery health: Using Apple's official certified module makes charging more reliable and efficient. Using the new heat dissipation material Freezemat™ effectively reduces the heat generated by the charger during the wireless charging process and promises your phone a more stabilized performance when in intensive use.

Less Time Waiting, Enjoying Faster Charging Time

InvisBoost’s wireless charging is up to 30% faster than the charging efficiency of a typical wireless charger for the first hour.

*The test is done with iPhone 13 Pro. The chargers juices up the phone from 0% to 100%. 

Enviromental Eco-Friendly

The entire heat dissipation process is quiet and energy-free, and the materials are environmentally friendly and sustainable. Achieving reduced carbon emissions and increasing the use of recyclable materials meets Benks' social mission of building a green future.

View in Portrait or Landscape

The aluminum alloy bracket is made of the same material as the outer shell, and the concealed one-piece design embellishes the aesthetic appearance. The stand can support both vertical and horizontal support, allowing you to charge and use the device without fail.