XIHE connects graphene material and heating-film engineering with product integration, validation and manufacturing handoff. The platform is shaped by IKKEM research collaboration, standards work and applied product development.
XIHE Technology is a graphene far-infrared technology platform incubated by Jiageng Innovation Laboratory (IKKEM), with roots in materials research, standardization, and applied product development.
Incubated by Jiageng Innovation Laboratory (IKKEM) at Xiamen University, XIHE serves as an industrialization platform for graphene far-infrared materials developed within a broader research ecosystem associated with Academician Zheng Nanfeng. The public platform spans core film engineering, engineering evidence review, and manufacturing handoff.
XIHE serves as the lead drafter of China's national industry standard for graphene flexible electrothermal film (Plan No. 2024-0923T-YB), approved by the Ministry of Industry and Information Technology. XIHE graphene films are documented at 0.88 normal spectral emissivity and 68% radiant efficiency, giving buyers a measurable benchmark for supplier evaluation rather than a purely narrative claim.
Beyond materials development, XIHE operates as a product integration partner — helping OEM teams embed graphene far-infrared function into apparel, wellness, home, and medical devices with the same documented performance and manufacturing readiness they evaluate at the component level.
Instead of framing the brand around disease language, XIHE positions graphene far-infrared as a materials-and-platform question: what can be documented, what can be manufactured consistently, and what can be reviewed through evidence discipline. That is the logic behind the Engineering page, the Graphene Heating Film page, and the technical review path.
We specialize in flexible heating film development and heating integration for OEM applications.
Our strength is not limited to producing heating film. We work with customers to develop customized heating elements around their product geometry, electrical requirements and integration conditions.
These photographs document named cooperation and on-site activity in the XIHE archive. They establish that the event or relationship took place; product performance, clinical findings and regulatory status require their own evidence.
We build the standard so buyers and partners do not have to rely on guesswork. XIHE turns graphene far-infrared engineering into a measurable platform for product review and deployment.
The conventional category is crowded with generic heat language: warming pads, infrared lamps, and broad comfort claims. What buyers often do not get is a consistent explanation of spectral behavior, emissivity, manufacturing control, and engineering repeatability.
XIHE became the lead drafter of China's national industry standard for graphene flexible electrothermal film not because the brand wanted a title, but because the market had no stable definition of what counted as documented quality. The mission is to replace vague comparison with a measurable standard of precision backed by IKKEM research context, evidence review, and a public news record.
A family experience that pushed XIHE toward physical precision, platform thinking, and a partnership with the Jiageng Innovation Laboratory.
The origin story starts with a family confronting long-term strain and the limits of manual care. That experience pushed XIHE toward a harder question: could a physical platform be engineered, documented, and repeated more reliably than ad hoc routines alone?
Over time, that question evolved into a materials question rather than a dramatic health promise. It became less about miracle language and more about whether graphene systems could be tuned, measured, and translated into a stable product architecture.
XIHE was built from that shift in perspective. The collaboration with Academician Zheng Nanfeng's team at Jiageng Innovation Laboratory gave the project a research base for far-infrared graphene engineering, while the commercial platform focused on standards, productization, and disciplined evidence framing.
Force pushes. Resonance invites. XIHE uses this idea to frame comfort, environment, and physical support with greater precision.
Everything in nature has a rhythm. Ocean tides. Heartbeats. The vibration of water molecules inside every cell. When these rhythms fall out of sync, we experience imbalance. When they align, we feel whole.
XIHE uses this philosophy as a design principle rather than a cure narrative. The emphasis is on 5-15 μm far-infrared framing, controlled thermal output, and an environment that can be documented and compared across products and suppliers.
In practical terms, the philosophy points back to three things: technology explanation, engineering evidence, and product architecture. XIHE does not sell a vague metaphor. It tries to turn that metaphor into measurable engineering.
Institutional relationships, test results, standards participation and regulatory context answer different qualification questions. Each must be read within its documented scope.
NMPA Class II scope: the Class II reference belongs to the documented core-film medical-device program context. It does not automatically classify every XIHE film configuration or an OEM finished product as a medical device.
Move from company qualification into the owner page for each next buyer decision.
Review the canonical component page for configuration, integration and product-specific evaluation inputs.
View Heating Film →Separate sample, method, conditions and result before applying evidence to a component or finished product.
Review Engineering →Follow the path from an evaluated configuration through prototype, pilot and repeatable production.
Review Manufacturing →Provide product geometry, electrical input, thermal target and development stage for an engineering review.
Start Technical Review →