https://www.xgraphene.tech/ https://www.xgraphene.tech/images/graphene-electrothermal-film-rolls.jpg Black heating-film rolls showing the thin sheet format and flexible material Black heating-film rolls showing the thin sheet format and flexible material https://www.xgraphene.tech/images/products/xihe-graphene-material-system-hero.webp Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system https://www.xgraphene.tech/images/xihe-graphene-conductive-ink-formulations-triptych.webp Graphene conductive ink formulations shown as sealed material containers Graphene conductive ink formulations shown as sealed material containers https://www.xgraphene.tech/images/content/heating-eye-mask-product.jpg Existing textile product reference. Configuration details remain specific to the reviewed sample. Existing textile product reference. Configuration details remain specific to the reviewed sample. https://www.xgraphene.tech/products https://www.xgraphene.tech/images/products/xihe-graphene-material-system-overview.webp Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system https://www.xgraphene.tech/images/products/xihe-graphene-material-system-hero.webp Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system https://www.xgraphene.tech/images/xihe-graphene-conductive-ink-formulations-triptych.webp Graphene conductive ink formulations shown as sealed material containers Graphene conductive ink formulations shown as sealed material containers https://www.xgraphene.tech/products/graphene-conductive-ink https://www.xgraphene.tech/images/xihe-graphene-conductive-ink-formulations-triptych.webp Graphene conductive ink formulations shown as sealed material containers Graphene conductive ink formulations shown as sealed material containers https://www.xgraphene.tech/images/anta-ink-printing.jpg Printable conductive material — material detail. Printable conductive material — material detail. https://www.xgraphene.tech/images/products/xihe-graphene-material-system-hero.webp Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system https://www.xgraphene.tech/products/graphene-heating-film https://www.xgraphene.tech/images/products/xihe-graphene-material-system-hero.webp Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system Graphene powder, conductive ink and a flexible black heating film shown together as a material-to-component system https://www.xgraphene.tech/images/infographics/xihe-flexible-heating-film-exploded-structure.png XIHE flexible heating film sample — explanatory structure diagram. XIHE flexible heating film sample — explanatory structure diagram. https://www.xgraphene.tech/images/xihe-graphene-conductive-ink-formulations-triptych.webp Graphene conductive ink formulations shown as sealed material containers Graphene conductive ink formulations shown as sealed material containers https://www.xgraphene.tech/solutions https://www.xgraphene.tech/images/xihe-graphene-customized-product-development.webp XIHE engineering team reviewing a customized graphene heating product integration XIHE engineering team reviewing a customized graphene heating product integration https://www.xgraphene.tech/solutions/application https://www.xgraphene.tech/images/xihe-product-integration-team-wearable-prototype.webp Product integration team reviewing a wearable heating prototype Product integration team reviewing a wearable heating prototype https://www.xgraphene.tech/images/supplier-qualification-testing.jpg Heating layer being evaluated on a textile substrate Heating layer being evaluated on a textile substrate https://www.xgraphene.tech/images/graphene-customized-product-development-lossless.webp Compact heating product development work at an engineering bench Compact heating product development work at an engineering bench https://www.xgraphene.tech/images/xihe-graphene-heating-film-wearable-application.webp Flexible graphene heating film with electrical termination on a dark surface Flexible graphene heating film with electrical termination on a dark surface https://www.xgraphene.tech/images/graphene-heating-film-application-scenarios.jpg Large-area graphene heating film application scenarios and integration formats Large-area graphene heating film application scenarios and integration formats https://www.xgraphene.tech/solutions/application/sports-performance https://www.xgraphene.tech/images/supplier-qualification-testing.jpg Heating layer being evaluated on a textile substrate Heating layer being evaluated on a textile substrate https://www.xgraphene.tech/images/generated/heated-apparel/heated-garment-system-integration.webp AI-generated integration concept. It illustrates the need to coordinate heating zones, seams, wiring and the power source; it is not an XIHE production garment or test record. AI-generated integration concept. It illustrates the need to coordinate heating zones, seams, wiring and the power source; it is not an XIHE production garment or test record. https://www.xgraphene.tech/solutions/application/personal-care-electronics https://www.xgraphene.tech/images/graphene-customized-product-development-lossless.webp Compact heating product development work at an engineering bench Compact heating product development work at an engineering bench https://www.xgraphene.tech/images/content/heating-eye-mask-exploded-lossless.webp Explanatory assembly view based on the XIHE eye-mask format. Final layer materials, controls and geometry are defined for each OEM product. Explanatory assembly view based on the XIHE eye-mask format. Final layer materials, controls and geometry are defined for each OEM product. https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/solutions/application/wearable-devices https://www.xgraphene.tech/images/xihe-graphene-heating-film-wearable-application.webp Flexible graphene heating film with electrical termination on a dark surface Flexible graphene heating film with electrical termination on a dark surface https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-integration-flow.webp Explanatory integration workflow. The sequence shows the design decisions an OEM program must resolve; it is not a fixed XIHE product configuration. Explanatory integration workflow. The sequence shows the design decisions an OEM program must resolve; it is not a fixed XIHE product configuration. https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/solutions/application/smart-home-residential https://www.xgraphene.tech/images/graphene-heating-film-application-scenarios.jpg Large-area graphene heating film application scenarios and integration formats Large-area graphene heating film application scenarios and integration formats https://www.xgraphene.tech/images/graphene-electrothermal-film-panels.jpg Heating-component format from the XIHE image archive. The photograph shows panel geometry and connections; installed-area performance requires assembly-level validation. Heating-component format from the XIHE image archive. The photograph shows panel geometry and connections; installed-area performance requires assembly-level validation. https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/solutions/engineering https://www.xgraphene.tech/images/graphene-film-engineering-validation.jpg Flexible heating film connected to electrical and thermal validation equipment Flexible heating film connected to electrical and thermal validation equipment https://www.xgraphene.tech/images/graphene-film-bending-test-equipment-lossless.webp Bending test equipment evaluating a flexible heating film sample Bending test equipment evaluating a flexible heating film sample https://www.xgraphene.tech/images/graphene-electrothermal-film-production.png Engineer inspecting a graphene electrothermal film on a production line Engineer inspecting a graphene electrothermal film on a production line https://www.xgraphene.tech/images/graphene-film-pressure-endurance-test.jpg Pressure endurance test on a laminated heating film assembly Pressure endurance test on a laminated heating film assembly https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-custom-shapes.webp Heating-film samples with different active-area and electrode geometries Heating-film samples with different active-area and electrode geometries https://www.xgraphene.tech/images/xihe-graphene-film-dynamic-bending-test-equipment.webp Dynamic bending equipment evaluating a conformal heating film sample Dynamic bending equipment evaluating a conformal heating film sample https://www.xgraphene.tech/solutions/engineering/flexible-heating https://www.xgraphene.tech/images/graphene-film-bending-test-equipment-lossless.webp Bending test equipment evaluating a flexible heating film sample Bending test equipment evaluating a flexible heating film sample https://www.xgraphene.tech/images/xihe-graphene-film-dynamic-bending-test-equipment.webp XIHE bending-test equipment. A valid result must identify the sample and state bend radius, speed, cycle count and the before-and-after electrical measurement. XIHE bending-test equipment. A valid result must identify the sample and state bend radius, speed, cycle count and the before-and-after electrical measurement. https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/solutions/engineering/large-area-heating https://www.xgraphene.tech/images/graphene-electrothermal-film-production.png Engineer inspecting a graphene electrothermal film on a production line Engineer inspecting a graphene electrothermal film on a production line https://www.xgraphene.tech/images/graphene-electrothermal-film-panels.jpg Heating-component format from the XIHE image archive. Panel size alone does not establish full-area uniformity; zones, edges and connections must be measured in the intended assembly. Heating-component format from the XIHE image archive. Panel size alone does not establish full-area uniformity; zones, edges and connections must be measured in the intended assembly. https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/solutions/engineering/embedded-heating https://www.xgraphene.tech/images/graphene-film-pressure-endurance-test.jpg Pressure endurance test on a laminated heating film assembly Pressure endurance test on a laminated heating film assembly https://www.xgraphene.tech/images/infographics/xihe-flexible-heating-film-exploded-structure.webp Explanatory structure based on the supplied XIHE sample. It shows where encapsulation, the active layer and electrodes meet; the final stack varies by OEM program. Explanatory structure based on the supplied XIHE sample. It shows where encapsulation, the active layer and electrodes meet; the final stack varies by OEM program. https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/images/graphene-electrothermal-film-panels.jpg Rectangular heating-film panels with visible leads Rectangular heating-film panels with visible leads https://www.xgraphene.tech/solutions/engineering/low-voltage-heating https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-custom-shapes.webp Heating-film samples with different active-area and electrode geometries Heating-film samples with different active-area and electrode geometries https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-integration-flow.webp Explanatory integration workflow. Voltage, resistance, current limit, controller behaviour and the assembled thermal path must be reviewed together for the actual product. Explanatory integration workflow. Voltage, resistance, current limit, controller behaviour and the assembled thermal path must be reviewed together for the actual product. https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/solutions/engineering/conformal-heating https://www.xgraphene.tech/images/xihe-graphene-film-dynamic-bending-test-equipment.webp Dynamic bending equipment evaluating a conformal heating film sample Dynamic bending equipment evaluating a conformal heating film sample https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-layer-construction.webp Representative component-form image. A smooth bend demonstrates form only; electrical retention and shaped-assembly performance require defined measurements. Representative component-form image. A smooth bend demonstrates form only; electrical retention and shaped-assembly performance require defined measurements. https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/case-studies https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-application-products.webp Existing XIHE heating-film product applications prepared for integration review Existing XIHE heating-film product applications prepared for integration review https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/images/graphene-electrothermal-film-panels.jpg Rectangular heating-film panels with visible leads Rectangular heating-film panels with visible leads https://www.xgraphene.tech/case-studies/smart-heating-eye-mask https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/images/content/heating-eye-mask-wearing-scene.jpg Person reclining beside a window wearing an off-white heating eye mask with an orange button and adjustable strap Person reclining beside a window wearing an off-white heating eye mask with an orange button and adjustable strap https://www.xgraphene.tech/images/content/heating-eye-mask-exploded-lossless.webp Illustration based on product information. Layer thickness and spacing are schematic, not manufacturing dimensions. Illustration based on product information. Layer thickness and spacing are schematic, not manufacturing dimensions. https://www.xgraphene.tech/images/content/heating-eye-mask-folded.png Existing sample shown in a folded configuration. Existing sample shown in a folded configuration. https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/case-studies/head-worn-heating-device https://www.xgraphene.tech/images/products/portables/xihe-neural-helmet.webp Concept illustration of a person wearing a head-worn device Concept illustration of a person wearing a head-worn device https://www.xgraphene.tech/images/xihe-product-integration-team-wearable-prototype.webp Representative product-development image. It illustrates geometry and electronics review, not an XIHE head-worn product test or completed customer program. Representative product-development image. It illustrates geometry and electronics review, not an XIHE head-worn product test or completed customer program. https://www.xgraphene.tech/images/content/heating-eye-mask-hero.png Off-white heating eye mask with an orange control button and adjustable strap Off-white heating eye mask with an orange control button and adjustable strap https://www.xgraphene.tech/case-studies/xihe-capsule https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/images/products/capsule/capsule-open-interior.png Open white Capsule showing the upper interior panel, patterned lower bed surface and lid support rods Open white Capsule showing the upper interior panel, patterned lower bed surface and lid support rods https://www.xgraphene.tech/case-studies/large-area-heating-system https://www.xgraphene.tech/images/graphene-electrothermal-film-panels.jpg Rectangular heating-film panels with visible leads Rectangular heating-film panels with visible leads https://www.xgraphene.tech/images/products/xihe-graphene-film-production-inspection.webp Conceptual production-inspection visual. It illustrates repeatable geometry and inspection planning; it is not evidence of a particular customer build or production capacity. Conceptual production-inspection visual. It illustrates repeatable geometry and inspection planning; it is not evidence of a particular customer build or production capacity. https://www.xgraphene.tech/images/products/capsule/xihe-capsule-hero.webp XIHE archive visual of an enclosed capsule-format product XIHE archive visual of an enclosed capsule-format product https://www.xgraphene.tech/engineering https://www.xgraphene.tech/images/insights/xihe-film-bending-sample-engineering.webp XIHE PI-encapsulated heating-film sample held in a bend, showing the film and copper electrodes XIHE PI-encapsulated heating-film sample held in a bend, showing the film and copper electrodes https://www.xgraphene.tech/manufacturing https://www.xgraphene.tech/images/graphene-heating-mass-production-hero.png Heating film moving through a controlled roll-format production process Heating film moving through a controlled roll-format production process https://www.xgraphene.tech/images/xihe-graphene-precision-screen-printing-line.webp Roll-processing equipment from the XIHE production archive. Roll-processing equipment from the XIHE production archive. https://www.xgraphene.tech/images/products/xihe-graphene-film-production-inspection.webp Patterned film inspection from the XIHE production archive. Patterned film inspection from the XIHE production archive. https://www.xgraphene.tech/graphene-insights https://www.xgraphene.tech/images/home-hero-graphene-film-validation.jpeg Graphene heating film validation setup connecting material, measurement and product integration Graphene heating film validation setup connecting material, measurement and product integration https://www.xgraphene.tech/images/insights/xihe-graphene-sample-verification-hero.webp XIHE PI-encapsulated graphene heating-film sample shown beside a dimensional reference XIHE PI-encapsulated graphene heating-film sample shown beside a dimensional reference https://www.xgraphene.tech/graphene-insights/graphene-heating-film-vs-nichrome-wire https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-custom-shapes.webp XIHE film-format image. It shows how printed active areas and electrodes can be patterned; it does not establish a performance advantage over a routed wire construction. XIHE film-format image. It shows how printed active areas and electrodes can be patterned; it does not establish a performance advantage over a routed wire construction. https://www.xgraphene.tech/graphene-insights/graphene-heating-film-vs-etched-foil-heater https://www.xgraphene.tech/images/products/xihe-graphene-heating-film-layer-construction.webp XIHE film-format image. It shows the printed-film side of the comparison; thickness, bend life and thermal behaviour still require configuration-specific records for both heater routes. XIHE film-format image. It shows the printed-film side of the comparison; thickness, bend life and thermal behaviour still require configuration-specific records for both heater routes. https://www.xgraphene.tech/graphene-insights/how-buyers-identify-graphene-heating-evidence https://www.xgraphene.tech/images/insights/xihe-graphene-sample-verification-hero.webp XIHE PI-encapsulated graphene heating-film sample shown beside a dimensional reference XIHE PI-encapsulated graphene heating-film sample shown beside a dimensional reference https://www.xgraphene.tech/images/insights/xihe-graphene-evidence-chain.png Bend it, then measure what changed. The three supplied photographs show the sample, bending action and post-bend structure. Appearance alone cannot establish retained electrical or heating performance. For identified sample 1-1, the drafting comparison records a −0.9% resistance change after 10,000 bending cycles at a 10 mm radius, measured after a 1-hour rest. The representative morphology images and illustrative spectrum are not XIHE measurement records. Bend it, then measure what changed. The three supplied photographs show the sample, bending action and post-bend structure. Appearance alone cannot establish retained electrical or heating performance. For identified sample 1-1, the drafting comparison records a −0.9% resistance change after 10,000 bending cycles at a 10 mm radius, measured after a 1-hour rest. The representative morphology images and illustrative spectrum are not XIHE measurement records. https://www.xgraphene.tech/images/insights/xihe-heating-kit-integration-concept.webp AI-generated integration concept. The sequence explains why component evidence must be followed by validation of the controller, assembly, garment construction and finished product. It is not a tested or production-ready XIHE configuration. AI-generated integration concept. The sequence explains why component evidence must be followed by validation of the controller, assembly, garment construction and finished product. It is not a tested or production-ready XIHE configuration. https://www.xgraphene.tech/images/xihe-graphene-film-dynamic-bending-test-equipment.webp Representative test-setup illustration. A valid bend result still requires an identified sample, defined radius, speed, cycle count and before-and-after electrical measurement. Representative test-setup illustration. A valid bend result still requires an identified sample, defined radius, speed, cycle count and before-and-after electrical measurement. https://www.xgraphene.tech/about-xihe https://www.xgraphene.tech/images/about/xihe_company_wall.webp XIHE company facility wall and workplace environment XIHE company facility wall and workplace environment https://www.xgraphene.tech/images/graphene-electrothermal-film-rolls.jpg Discuss the component format and integration scope with the product team. Discuss the component format and integration scope with the product team.