XIHE Capsule product archive visual.
Existing product integration
Existing XIHE Capsule products combine upper-cabin and lower-mattress graphene heating. Explore the system architecture and discuss OEM adaptations for your product.
Customer value / Product upgrade
Turn flexible heating components into a complete enclosed product, with a clear path to OEM adaptation.
Product challenge: integrating a large heating surface inside a curved lid.
Encapsulated flexible heating film follows the upper-cabin geometry, bringing the heating function into the enclosure assembly.
Product value: heating integrated around the available interior surface.
Product challenge: coordinating overhead heating with the supported body surface.
The library architecture combines upper-cabin heating with a lower heated mattress. Each assembly serves a different thermal interface.
Product value: a complete upper-and-lower heating architecture for the Capsule format.
Product challenge: defining a customized model without starting from an empty specification.
Existing products and batch supply provide a basis for reviewing enclosure geometry, heating areas, facing materials and controls.
Product value: a concrete product platform for your customization and production discussion.
From heating component to complete product
The Capsule brings the enclosure, encapsulated upper flexible heating film, lower mattress and operating interface into one product. XIHE's product library places graphene heating in both the upper and lower assemblies. For an OEM adaptation, review these thermal paths together with the product envelope, electrical requirements and service access before committing to tooling and mass production.
01 / Product problem
Discuss the batch product and the changes your application requires, with the heating subsystem at the centre of the review.
The upper cabin and lower mattress present different integration challenges. One follows the enclosure; the other combines heating with a supporting contact interface. The product also brings controls and additional functional modules into the same physical envelope.
A productive OEM discussion starts with the existing configuration: what fits your program, what needs adapting and which interfaces those changes affect.
Explore the heating-film platform →02 / Integration structure
Trace each thermal path before defining the customized panel and facing specification.
A / Upper cabin
The library identifies the upper cabin as a graphene heating assembly. The OEM review connects panel coverage to shell geometry, internal facing and the available opening path.
B / Lower mattress
The lower mattress is also part of the graphene heating system. Its contact-facing materials and loading conditions affect how heat reaches the supported surface.
Functional paths based on the product library. They describe integration roles, rather than an exact manufacturing layer order.
Integration decisions
Use the existing Capsule to make OEM decisions concrete.
Review upper-panel coverage and lower-mattress geometry separately. Identify edges, supports and openings that change local heat loss before selecting the final heater footprint.
Specify the input, branch loading, controller interfaces and protective response for the selected configuration. Whole-product power includes the configured subsystems; it is not automatically the heating-film power.
Opening motion, lead routing and replaceable facing materials influence build and maintenance. Agree access points and service procedures alongside the thermal design.
A useful supplier comparison
Heater temperature, inner-facing temperature, mattress contact temperature and enclosure air temperature answer different questions. Define the surface, measurement area and operating conditions so competing specifications can be compared on the same basis.
03 / Engineering validation
For changes to the existing product, use these checks to agree the customized build and its acceptance criteria.
| Integration challenge | Physical mechanism to assess | Proposed verification | OEM design decision |
|---|---|---|---|
| Uneven thermal response | Different heat paths through the upper facing, mattress and enclosure edges. | Map each defined surface with external references under agreed operating conditions. | Panel footprint, facing materials and operating settings. |
| Lead strain during opening | Movement of the upper shell loads the harness near hinges and anchor points. | Review the opening path and inspect connections after a defined movement sequence. | Cable routing, bend allowance and strain relief. |
| Connection heating | Contact resistance and branch loading cause local electrical losses. | Record branch current, voltage drop and connector temperature during representative operation. | Connection specification and inspection points. |
| Changes after cleaning or service | Replacement facing materials or altered assembly contact change thermal resistance. | Repeat functional and temperature checks after the defined maintenance procedure. | Approved service materials and reassembly checks. |
04 / Development stage
Start with the available Capsule configuration. Agree the build and verification scope for your customized version.
Compare the enclosure, upper heating assembly and mattress with your application.
Agree geometry, facing materials, heating areas, electrical input and control requirements.
Set thermal, electrical and mechanical acceptance checks for the changed assembly.
Confirm the bill of materials, inspection points, service information and supply scope.
05 / Next step
Review the heating-film component, define the missing validation and send the configured requirements into Technical Review.
Review component scope and integration inputs.
Define sample, method, conditions and acceptance criteria.
Share the enclosure, heated areas, electrical supply and target stage.
Technical FAQ
Existing product and batch supply. Start with the available Capsule configuration. Agree the build and verification scope for your customized version.
The product library describes heating in both the upper cabin and lower mattress. These are two different thermal interfaces within one enclosed system.
Not necessarily. The upper assembly exchanges heat across the interior space, while the lower assembly includes a supporting mattress and contact-facing materials. Their area, attachment, heat loss and operating requirements must be considered separately.
Use the existing product as the starting point for an OEM review of enclosure geometry, heating areas, facing materials, electrical input and controls. Agree the configuration and verification scope before releasing the customized build.
A material result describes its identified sample and test conditions. Product evaluation also considers installed panels, the mattress, electrical distribution, temperature control and operation of the complete assembly.
Send your product envelope, target heating areas, electrical supply, intended operating conditions and required changes to the existing Capsule. Include installation and service constraints where available.
Share your target envelope, heating requirements and electrical supply. Discuss the existing Capsule and the adaptations your product needs.
Request an Engineering Evaluation