NMPA Class II Certified Core

XIHE Far Infrared Graphene Technology

The Physical Layer for Cellular Energy.Not a sauna. Not a heater. A precision biophysical platform engineered to deliver calibrated 5–15μm far-infrared with a characteristic peak at 9.4μm. Lead drafter of China national standard 2024-0923T-YB on graphene flexible electrothermal film.

0 NIQS Emissivity Normal total
0μm Characteristic Peak 5–15μm band
0% Radiant Efficiency NIQS tested
0% PKU Outcomes Comfort & mobility
Why XIHE

Far-Infrared Graphene Technology: Same Material. Different Physics.

Water ripple — the frequency of cellular resonance
Foundational Truth · 01

Resonance, Not Just Warmth.

5–15μm Far-Infrared Emission with NIQS-Certified 9.4μm Characteristic Peak.

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Cellular energy — mitochondrial activation
Foundational Truth · 02

Cells Understand Precision.

Graphene Far-Infrared Photobiomodulation for Mitochondrial Efficiency and Microcirculation.

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How It Works

Graphene Far-Infrared Resonance vs Conventional Heat: Precision Energy Transfer at 9.4μm

Most far-infrared products generate warmth. XIHE generates calibrated resonance — energy tuned to the frequency cells already understand.

01

The Cup Theory

Single-layer films let photons pass through unused. XIHE's multilayer lattice captures, concentrates, and directs energy for optimal absorption.

02

Fuel + Spark

Wellness routines provide the fuel. XIHE provides the spark — a 5–15μm signal that supports ATP synthesis without adding chemical load.

03

Radio Tuning

Typical devices emit scattered energy. XIHE locks onto a precision peak at 9.4μm — the difference between noise and a clear note.

Product System

From Core Graphene Film to Complete Far-Infrared Systems: Capsule, Cabin, Neural, and OEM Components

Every XIHE product is built on the same precision-engineered graphene film. Choose the form factor your organization needs.

XIHE corporate headquarters
Evidence & Trust

NIQS-Tested 0.88 Emissivity · 18 SCI Papers · 8 RCTs · 40+ Patents · Clinical References

0.88 NIQS-Tested Emissivity Report (2022)WT-HW-00529
18 SCI Papers Peer-reviewed publications
8 RCT Studies Randomized controlled trials
40+ Core Patents Graphene FIR technology
Peking University Third Hospital Research Reference
Xiamen University Affiliated Hospital Applied Research
Zhongshan Hospital Xiamen Institutional Reference
IKKEM Laboratory R&D & Incubation
Science Platform

10 Graphene Far-Infrared Evidence Paths: Cellular Energy, Mitochondria, Recovery, Sleep, Inflammation, and More

Topic clusters across cellular energy, mitochondria, fatigue, recovery, sleep, inflammation, and more — connecting search intent with XIHE evidence.

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For B2B Buyers

Evaluate XIHE Graphene Far-Infrared Technology for OEM Integration, Clinical Procurement, and Commercial Deployment

Technical specs, evidence links, and partnership terms — everything needed for a disciplined graphene platform procurement review.

+86 186 8868 3865  |  joyce@xgraphene.tech

Frequently Asked

About XIHE Far-Infrared Graphene Technology: OEM, Clinical, and Performance Questions

What makes XIHE graphene different from standard heating films?

XIHE positions its graphene platform around measured radiative performance, supplier documentation, and integration readiness. The key evaluation anchors are NIQS-tested emissivity, electro-thermal conversion efficiency, and XIHE's role in drafting the national graphene flexible electrothermal film industry standard.

Is XIHE relevant for OEM teams as well as clinics?

Yes. XIHE uses the same graphene platform across OEM components, commercial cabin systems, and portable devices. OEM buyers typically start with graphene heated film, while clinic and wellness operators evaluate the finished-system product lines.