ABOUT XIHE

From Scientific Discovery
To Real-World Applications.

XIHE is an innovation-driven technology company specializing in graphene-based far-infrared technology and advanced functional material solutions.

Explore the technology Discuss product integration
About XIHE

Bridging Research And Industry.

Founded with the support of Jiageng Innovation Laboratory, XIHE focuses on transforming scientific research achievements into scalable industrial applications through material innovation, engineering development, and manufacturing capabilities.

Our team brings together expertise across materials science, device engineering, and industrialization. Starting from real-world application needs, we develop and integrate advanced graphene technologies for product teams ready to move beyond the laboratory.

  • Graphene-based far-infrared films
  • Flexible electrothermal materials
  • Functional heating solutions
  • Product integration technologies
Product development team evaluating a wearable device prototype
XIHE connects material innovation, device engineering, and manufacturing capability in one product-development path.
Tan Kah Kee Laboratory building, home to the Jiageng Innovation Laboratory ecosystem
Jiageng Innovation Laboratory provides the research and industrialization context for the XIHE platform.
From Research Shelf To Market Reality

Making Technology More Reliable, Accessible, And Valuable.

XIHE was incubated through the graphene engineering program of Jiageng Innovation Laboratory (IKKEM). This relationship provides a materials-research and translational-engineering context for graphene thermal materials, emitter characterization, and downstream product development.

We believe the value of science is realized when innovation leaves the laboratory and creates meaningful impact in everyday life. Through collaboration with industry partners, XIHE helps apply advanced technology in real products with a path toward scalable manufacturing.

Read About The XIHE-IKKEM Relationship →
Explore XIHE

Mission, Origin, And Philosophy.

Three perspectives that explain why XIHE exists, where the work began, and how we make technology decisions.

Our Mission

Turning Verified Technology Into Real Product Value.

Why XIHE exists and how we help product companies turn validated graphene technology into practical, scalable innovation.

Read Our Mission → Our Origin

A Question That Became A Technology Journey.

The human question that led from personal experience to materials research, engineering, and industrial translation.

Read Our Origin → Our Philosophy

Technology Must Be Proven Before It Is Promised.

The principles behind XIHE: measurable performance, evidence discipline, and product validation beyond the material sample.

Read Our Philosophy →
Our Three Foundations

Science, Standards, And Engineering.

The three foundations that turn material potential into a technology platform customers can evaluate.

Researcher conducting laboratory microscopy work
Research context informs the technology platform; it does not replace product-specific validation.
01 Research-Driven Graphene FIR Technology

Scientific Foundation

XIHE develops graphene far-infrared technology within a materials-research and innovation ecosystem associated with Jiageng Innovation Laboratory. The work starts with physical characteristics that can be discussed, measured, and reviewed.

  • Far-infrared spectral characteristics
  • Emissivity and thermal-radiation behavior
  • Material stability and integration context
Technical standards meeting with industry and research participants
Standards work is how a promising material category becomes easier to evaluate.
02 Building Trust Through Measurement

Standard Foundation

XIHE serves as lead drafter for the graphene flexible electrothermal film industry-standard project (Plan No. 2024-0923T-YB), supporting clearer evaluation criteria for the category.

  • Documented measurement context
  • Comparable supplier evaluation
  • A clearer distinction between claims and evidence
Technician checking a graphene heating-film production sample
Finished-product performance has to be engineered and validated beyond the raw material.
03 From Technology To Scalable Products

Engineering Foundation

Material performance is only the starting point. XIHE supports the engineering path that turns a graphene technology choice into a manufacturable product system.

  • Technology selection and prototype development
  • Performance and integration review
  • Product optimization and scalable manufacturing
Why XIHE

Beyond Graphene Claims. Toward Verified Technology.

Potential alone is not enough. The credible path is research, measurement, integration, validation, and production.

Research Context

Jiageng Innovation Laboratory (IKKEM)

A materials-science and innovation ecosystem associated with the XIHE platform.

Standards Role

Lead Drafter, 2024-0923T-YB

Graphene flexible electrothermal film industry-standard project.

Emitter Reference

0.88 Normal Spectral Emissivity

NIQS-tested core-emitter reference, not a finished-product outcome.

Registered Company Information

A Real, Verifiable Commercial Entity.

XIHE operates as Xiamen Xihe Technology Co., Ltd., a registered entity incubated from the Jiageng Innovation Laboratory project group. This information is sourced from the public enterprise registry to support entity verification.

Legal Name
Xiamen Xihe Technology Co., Ltd.
厦门晞和科技有限公司
Unified Social Credit Code
91350200MA31QBB131
National enterprise registry
Founded
May 23, 2018
Xiamen, Fujian
Registered Address
Room 501-1, 388-2 Houkeng Houshe, Huli District, Xiamen
China
Registered Capital
RMB 10.5M
Paid-in RMB 5M
Legal Representative
Chen Yongxing (陈永兴)
GM: Fu Wenxing (付文星)
Core Shareholder Context
Jiageng Lab Sci-Tech Industry Development (Xiamen) Co., Ltd.
55.2% · incubator-linked shareholder
Quality Management
ISO 9001 Certified
Cert. 11424Q411759R0S
IP Position
21 patents · 44 trademarks
Public registry
Contact
joyce@xgraphene.tech
Business inquiries · xhtechco.com

Entity records (unified social credit code, registration address, legal representative, shareholders, and certification) are drawn from public enterprise-registry sources. Official business website →

Company Timeline

A Traceable Development Path.

A verifiable sequence from founding to leading a category-standard initiative.

  1. 2018

    Company Founded

    XIHE Technology was established in Xiamen, incubated from the Jiageng Innovation Laboratory advanced-functional-materials project group.

  2. 2019

    Tonne-Scale Conductive Ink Pilot Line

    A tonne-scale graphene conductive ink pilot line was completed and commissioned in Xiamen Xiang’an district (project-team record).

    IKKEM industrialization record →
  3. 2020

    First Branded Product Application

    Joint development with Anta: XIHE and its lab team developed graphene printed technology applied to Anta thermal apparel (functional down jackets), and delivered graphene far-infrared heating products for COVID-19 relief.

    Anta collaboration (graphene.tv) →
  4. 2022

    National Technology Exhibition

    Showcased graphene conductive inks, far-infrared heating films, and far-infrared print products at the 24th China Hi-Tech Fair (CHTF).

    CHTF coverage (graphene.tv) →
  5. 2023

    Regional Innovation Partnership

    Signed as an innovation partner in Huli District and relocated to expanded facilities.

    Signing coverage (graphene.tv) →
  6. 2024

    Quality System Certified

    Achieved ISO 9001 certification (cert. 11424Q411759R0S).

  7. 2025

    Leading The Category Standard

    As lead drafter of the graphene flexible electrothermal film industry standard (Plan No. 2024-0923T-YB), XIHE supported the standard review meeting hosted by the metallurgical institute in Xiamen.

    Standard review notice (IKKEM) →
SUMMARY: XIHE is a graphene far-infrared technology integration partner. The company connects materials research, standardized evaluation, engineering support, and scalable manufacturing so product teams can assess and integrate graphene technology with clearer evidence boundaries.