PCM-GC™

Sector: Advanced Materials / Thermal Modulation Composites
Stage: Patent-pending; pre-commercialized; application-validated through industrial, computational modeling and materials testing logic
Application Domains: Aerospace structures, thermal shielding, precision tooling, data center cooling, advanced personal protection, consumer heat mitigation

PCM-GC™ is a next-generation, phase-change matrix–glass composite engineered for dynamic thermal buffering, mechanical resilience, and adaptive energy control across extreme-use environments.

By integrating phase-change behavior within a structurally robust, glass-reinforced matrix, PCM-GC delivers a step-function improvement over both legacy PCMs and conventional rigid composites.

Where traditional composites sacrifice energy modulation for strength, or vice versa, PCM-GC maintains form under thermal load while storing, delaying, or redistributing thermal energy based on precise transition thresholds—enabling intelligent thermal performance without structural compromise.

Core Performance Advantages

• Thermal Buffering: Absorbs and redistributes transient thermal spikes, delaying heat transmission

• Mechanical Durability: Maintains structural integrity under load across repeated phase transitions

• Repeatable Modulation: Designed for hundreds of thermal cycles without degradation of matrix cohesion

• Adaptive Form Factor: Moldable to application-specific geometries and layering configurations

Developed through proprietary materials logic, PCM-GC is supported by pending patent protection covering both its formulation and its manufacturing pathway.

Target Applications for Licensing

PCM-GC offers cross-sector utility for any product or system where controlled thermal dynamics + mechanical strength are critical. Immediate licensing opportunities include:

• Thermally adaptive drone housings and flight-critical components

• Aerospace panels and extreme-temperature shielding structures

• Firefighter gear and military-grade heat-resistant apparel inserts

• Data center thermal buffering modules or AI server enclosures

• Tooling platforms for 3D printing or machining under high-friction environments

• Consumer electronics housings or accessories with passive cooling requirements

• Architectural or automotive panels exposed to cyclical thermal stress

• Battery compartment insulation systems for EV and aerospace vehicles

All applications benefit from thermal shock mitigation, structural reliability, and passive control of energy dissipation—traits made uniquely accessible through PCM-GC’s phase-coherent composite logic.

Strategic Positioning

PCM-GC’s utility bridges a rare gap: structural composites and thermal modulation materials have long existed in separate design silos. PCM-GC merges the two—enabling form and function to co-exist in next-gen material platforms.

Key differentiators include:

• Patent-pending protection with enforced novelty around PCM integration into durable glass composites

• Manufacturing adaptability with options for surface-bound, layered, or infused deployment

• Performance range customization through tunable phase-change intervals and additive loading

• Low-toxicity, non-volatile formulation suitable for high-stakes and sensitive applications

Strategic Market Landscape

The composite materials market for thermal-resilient applications spans multiple sectors—ranging from aerospace and defense (est. $34B+ global composites market) to thermal management in data centers and EVs (projected to exceed $80B by 2030 across related sectors). While PCM-GC targets a subset of these domains, its unique hybrid profile unlocks novel material roles across several of these high-growth verticals.

Licensing Availability

Licensing discussions are open for sector-based exclusivity, OEM integration, co-branded commercial deployment, or raw material synthesis rights. Ideal partners include:

• Defense and aerospace contractors

• High-performance manufacturing firms

• Personal protective equipment (PPE) innovators

• Infrastructure and environmental materials companies

• Consumer heat-tech product developers

Whether integrated into a system, sold as a substrate, or customized for application-specific performance windows, PCM-GC offers a defensible foundation for material innovation at scale.

Request a technical briefing, application alignment review, or IP summary through our licensing intake portal to initiate discussion. contact@ipboardwalk.com

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