XHT · MATERIALS · FOUNDATIONAL PLATFORM
A single material. Three operating modes.
XHT is Reinventy's foundational material platform — a multifunctional ultra-high-temperature ceramic matrix composite engineered for envelopes where conventional alloys and commercial composites are not viable. Three variants address structural, sensing-enabled, and signature- management configurations. Patent application filed Canada 2025 pending. Specifications are released under partnership.
THE THESIS
Material as the operating envelope.
Extreme-thermal envelopes pose constraints that monolithic ceramics and conventional laminates cannot satisfy in continuous-duty configurations. The substrate has to retain structural integrity, optionally integrate sensing at the material layer, and — where required — interact electromagnetically with the operating environment. Surface treatments and bolt-on sensors do not survive the temperature regime.
XHT is engineered as that integrated substrate. The material architecture combines a refractory ceramic skeleton with an in-situ polymer-derived matrix and an embedded electrically percolating network of functionalised carbon nanotubes and graphene, with metallic micro-filaments selectively incorporated to extend the integrated functionality. The composition is patent-protected. Each variant is configured for a specific operational role within Reinventy's composite platforms; configurations are not field-swappable.
VARIANT FAMILY
Three configurations. One material platform.
XHT is configured into three named variants, each engineered for a distinct operational role within the composite platforms. Variants are selected at the integration design phase; field swap is not supported.
- ULTRA
Structural variant.
Engineered for extreme-thermal structural load-bearing roles. Optimized for thermal-shock resilience and structural integrity in the highest operating temperature regime supported by the platform.
- PRO-SENSE
Sensing-enabled variant.
Integrates the material's electrically percolating network as a real-time structural-health monitoring layer. Used where the composite envelope must report its operational state without external sensors.
- STEALTH ARMOR
Signature-management variant.
Integrates additional conductive architectures — including metallic micro-filaments and embedded conductive meshes — within the laminate to provide electromagnetic-signature management properties. Used where the operational envelope includes electromagnetic-observation discipline.
MANUFACTURING APPROACH
Additive shaping. Rapid densification.
XHT is engineered for additive manufacturing routes followed by rapid densification cycles that suppress grain coarsening and yield the nano-scale architecture on which the material's multifunctional behaviour depends. Both shaping flexibility and microstructural control are designed into the process from material formulation. Specific process parameters, densification cycles, and acceptance windows are released under partnership.
PLATFORM INTEGRATION
Where XHT composes.
XHT integrates into Reinventy's composite platforms as a foundational material substrate:
- PHANTOM-CORE
Thermal-envelope substrate within the autonomous platform class. Provides structural protection in the operational envelope of the platform's thermal regime.
View platform → - AERO-SKIN
Primary substrate of the composite thermal protection platform. ULTRA or STEALTH ARMOR variant selected per atmospheric envelope requirements.
View platform →
IP POSTURE
Patent-protected at the composition level.
The XHT composite formulation is patent-protected. Application filed at the Canadian Intellectual Property Office in 2025; status pending examination. International extension via Patent Cooperation Treaty pathway planned where strategic positioning warrants. Claim language, application metadata, and jurisdictional extension scope are released under non-disclosure agreement as part of the partnership pathway. For the broader IP posture disclosure regime, see /ip-posture.
ENGAGE
Specifications released under partnership.
The XHT capability brief — including variant-specific operational envelopes, qualification data, integration interface specifications, and licensing pathway terms — is released under non-disclosure agreement. Engage directly to begin the conversation.
Direct: engage@reinventy-solutions.ca