Efficient and energy-saving:
The electric heating conversion rate exceeds 98%, which is more energy-efficient than traditional resistance wire heating (conversion rate of about 80%) and meets the "dual carbon" goal.
Fast heating rate:
It can heat up to the target temperature (such as 50 ℃~100 ℃) within seconds, with a faster response speed than traditional PTC heating elements.
Good temperature uniformity:
In the planar heating mode, the temperature difference can be controlled within ± 2 ℃ to avoid local overheating, making it suitable for scenarios that require high temperature accuracy.
High safety:
No open flames, low electromagnetic radiation, and with insulation layer design (such as PET/PI substrate wrapping), it can achieve water and electricity separation.
Strong design flexibility:
Customizable size, shape, and power according to requirements, suitable for special scenarios such as flexible wearable devices and curved heating devices.
