The XIHE technology platform represents years of R&D in graphene-based far-infrared electrothermal film. From material science to device engineering, this hub explains how our core technology works, its safety profile, and its real-world applications.
The physics of graphene-based heating: electrical resistance, Joule heating, and uniform thermal distribution.
Links to: H9 (Graphene FIR), H11 (Bioenergetics)
EMF safety, temperature control, material certification, and compliance with international standards for graphene heating devices.
Links to: H11 (Clinical Evidence), H9 (Graphene FIR)
Detailed breakdown of the far-infrared spectrum emitted by graphene electrothermal film vs natural sources.
Links to: H9 (Graphene FIR), H11 (Bioenergetics)
From lab to product: how graphene film is integrated into consumer devices with precision temperature control.
Links to: H13 (Clinical Evidence), H9 (Graphene FIR)
IKKEM's role as lead drafter of China's Graphene Electrothermal Film Industry Standard (2024-0923T-YB).
Links to: H11 (Clinical Evidence), H9 (Graphene FIR)
Featured Reading
Understanding the Photobiomodulation SpectrumThis hub bridges pure science and applied engineering. Understanding how graphene electrothermal film technology works at the material level helps explain why it produces consistent, safe far-infrared output — and why it matters for health applications.