Applications
From thin-film materials and catalytic technologies to filtration systems, building a next-generation ecosystem for high-performance material applications.
Semiconductor Processes
Graphene-reinforced composites and low-contamination thin films are applied across multiple stages of semiconductor manufacturing, including thermal management components (heat spreaders), vacuum sealing materials, and plasma-resistant or low particle-shedding coatings.
With high thermal stability, chemical resistance, and low outgassing characteristics, these materials are well suited for both front-end and back-end process steps, improving process reliability while reducing contamination risks.
Water Treatment & Separation
GO/PVDF composite membranes with tunable pore size, surface charge, and hydrophilic properties are designed for high-selectivity filtration environments, including UF/NF processes and virus enrichment applications.
The materials offer higher flux and improved fouling resistance, and can be integrated into existing module formats (such as spiral-wound and flat-sheet modules) to enhance energy efficiency and reduce operating costs.
Graphene-supported metal catalysts are suitable for applications such as H₂O₂ decomposition, VOC oxidation, and reaction rate enhancement.
With high specific surface area and tunable electrical and thermal transport properties, these materials enable higher conversion efficiency under low- to medium-temperature operating conditions. They are well suited for integration into chemical processing, wastewater treatment, and environmental control systems, including reactor and piping configurations.
Thermal Management & Electronics
Graphene / SiC / PVDF composite films offer high thermal conductivity, lightweight design, and flexible conformability, making them suitable for:
- 5G communication modules
- High-performance computing (HPC) systems
- Battery module thermal dissipation
- Optical module heat spreaders
These materials can function as flexible heat spreaders, thermal interface layers, or structural reinforcement layers, improving heat transfer efficiency and extending device service life.
Thermal Management & Electronics
Graphene / PVDF piezoelectric films are suitable for pressure sensing, wearable devices, micro-vibration detection, and medical contact sensors.
Through material composition and processing optimization, piezoelectric output can be enhanced by up to 3×, enabling applications such as:
- Health monitoring systems
- Medical sensing patches
- Micro-actuators
These materials support next-generation flexible, high-sensitivity sensing technologies.
Advanced Manufacturing & Industrial Composites
Graphene-reinforced composites significantly improve the toughness, mechanical strength, wear resistance, and impact resistance of polymer and resin-based materials.
Applications include:
- Industrial equipment structural components
- Specialized chemical-resistant packaging
- 3D printing materials
- Engineering wear-resistant plates
They can be used as toughening fillers, interfacial reinforcement additives, or conductive / semi-conductive modifiers, enhancing overall material engineering performance.
Innrex — Where Materials Shape The Future
Advanced Materials | Graphene Films | Catalytic Technologies
From R&D to Mass Production, Enabling the Next Generation of Industrial Applications