Graphene Electrothermal Technology

Custom-shaped flexible heating films,
engineered around your product

Custom flexible graphene heating films and integrated heating solutions for OEM/ODM and wellness brands worldwide.

FILM Component Standard or custom
OEM Integration Product-specific
TEST Validation Defined conditions
SCALE Manufacturing Controlled handoff
Evidence boundary

Understand What the Material Evidence Can Support

In-process inspection of flexible heating-film material
Foundational Truth · 01

Material Characterisation Has a Defined Boundary.

Emission data describes an identified material sample under a stated method and condition. It does not replace validation of the finished product.

Far Infrared Graphene →
Laboratory researcher analysing a material sample under controlled conditions
Foundational Truth · 02

Biological Research Is Separate from Product Qualification.

Published and institutional research provides scientific context. OEM sourcing decisions still require component, assembly and product-specific evidence.

View the Mechanism →
Engineering inputs

Define the Heating Requirement Before Selecting a Film

Component selection starts with the product geometry, electrical supply, surrounding materials and the decision the next sample must support.

01

Product Geometry and Heating Area

Define the active area, available space, cut-outs, connection position and the surface that must receive heat.

02

Electrical and Thermal Inputs

State voltage limits, available current, target surface temperature, warm-up time and operating environment.

03

Assembly and Validation Conditions

Review the layer stack, mounting, bending, sensing and acceptance criteria on the intended assembly.

Product and integration routes

Choose a Graphene Component or Product Integration Route

Evaluate a heating-film component, begin with a functional material, or route the project by application and engineering requirement.

XIHE research collaboration signing with Xiamen Hospital of Traditional Chinese Medicine
Evidence & Trust

Review Evidence by Sample, Method and Test Conditions

NIQS-tested material data · 18 SCI papers · 8 randomized controlled trials · 40+ core patents · hospital and institutional research 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 far-infrared technology
NMPA Class II Core graphene heating-film context

The Class II reference applies to the documented core film within its registered medical-device program context. It does not automatically classify every XIHE film configuration or an OEM finished product as a medical device.

Industry Standard Lead drafting-unit context

XIHE participates as a lead drafting unit for China graphene flexible electrothermal film standard plan 2024-0923T-YB.

Peking University Third Hospital Research Reference
Xiamen University Affiliated Hospital Applied Research
Zhongshan Hospital Xiamen Institutional Reference
IKKEM Laboratory R&D & Incubation
For B2B Buyers

Move from Product Requirement to Technical Review

Bring the product context, heating area, electrical input, layer structure and development stage needed to frame the next engineering decision.

+86 186 8868 3865  |  joyce@xgraphene.tech

Frequently Asked

Questions OEM Teams Ask Before Evaluating Graphene Heating Technology

What information should an OEM provide before evaluating a heating film?

Start with the product format, heating area, available voltage and current, target surface temperature, surrounding materials, mechanical use and development stage. These inputs define the component and validation questions.

How should an OEM interpret XIHE engineering evidence?

Read each result with its sample identity, method, conditions and permitted scope. A material or component result does not automatically qualify every supplied film or the finished product.