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Graphene & Catalyst Material Solutions for Industrial Applications

INNREX specializes in graphene- and catalyst-related materials, with integrated capabilities spanning material modification, formulation tuning, and composite material design.
We connect upstream carbon and metal material suppliers with downstream manufacturing partners and functional material producers, while also integrating processing facilities, component manufacturers, and end-use applications.

Graphene
Catalysts
Custom Services

Graphene sheet sample shown alongside a schematic representation of graphene’s hexagonal lattice structure.

Graphene Films & Functional Materials

Graphene-based films are designed for applications requiring high heat flux handling and long-term reliability.

Through precise material formulation and process control, a balanced combination of thermal conductivity, electrical performance, and mechanical stability can be achieved.

These materials are well suited for use in semiconductor devices, electronic modules, and high-power systems.

Graphene Thin Film Specifications

Category	Specification	Engineering Notes	Customization / Supply
Heat Spreading Direction	In-plane (XY) spreading / Through-plane (Z-axis) conduction	Thermal pathways can be designed based on heat source location to reduce localized hotspots	Thermal simulation and layout optimization support
Thickness Range	Customizable	Layered film architecture suitable for high-density stacking and thin-module integration	Thickness and layer count adjustable per requirement
Surface Treatment	Hydrophobic / Hydrophilic / Interface-enhanced	Improves interfacial contact and adhesion stability	Surface functionality tunable based on process conditions
Density	Customizable	Balances lightweight design with structural stability	Density optimized for target thermal and mechanical performance
Mechanical Properties	Lightweight / Flexible / High adhesion	Suitable for bending, bonding, and module-level integration	Mechanical testing and validation support available
Processability	Die-cutting / Laser cutting / Slitting	Compatible with existing processing equipment and mass-production lines	Process integration and tooling consultation provided
Applications	AI · GPU · 5G · EV · LED	Successfully adopted in high-power and high-frequency electronic applications	Application-specific evaluation projects supported

Various catalyst forms including honeycomb monoliths, ceramic substrates, and powdered catalyst materials displayed for industrial applications.

Industrial Catalysts & Reaction-Enhancing Materials

Metal–oxide composite catalysts engineered for gas-phase and liquid-phase reactions, enabling pollutant degradation, oxidation processes, and overall reaction performance enhancement.
Design priorities include long-term durability, stable catalytic activity, and seamless integration with practical industrial operating conditions.

Catalyst Material Specifications

Category	Item	Specification / Range	Description
Basic Classification	Catalyst Type	Gas phase / Liquid phase / Gas–liquid multiphase	Selectable based on reaction medium and process configuration
	Catalyst Form	Powder / Granules / Honeycomb / Packed media	Compatible with fixed-bed, fluidized-bed, and modular reactor designs
Functional Characteristics	Primary Function	Oxidation / Reduction / Decomposition / Neutralization	Reaction mechanism designed according to target pollutants and process requirements
	Applicable Pollutants	CH₄、VOCs、NH₃、H₂O₂ , etc.	Suitable for nitrogen-, oxygen-containing, or organic waste streams
Operating Conditions	Operating Temperature Range	Approx. 80–1000 °C	Adjusted based on catalyst composition and reactor type
	Operating Phase	Gas / Liquid / Gas–liquid multiphase	Integrable with existing process systems
Performance & Durability	Reaction Efficiency	Reaction Efficiency	Actual performance depends on operating conditions and system design
	Resistance Properties	Poison resistance, sulfur resistance, moisture resistance, acid/alkali resistance	Enhances long-term operational stability
Lifetime & Applications	Regenerability	Regenerable, supports multiple operating cycles	Reduces operating and replacement costs
	Typical Applications	Refinery off-gas, VOC exhaust, ammonia wastewater, oxidant waste streams	Suitable for environmental control and process intensification

Engineering workflow visualization for customized material solutions, showing process flow from application conditions through material design, testing, and industrial implementation.

Custom Material Engineering Services

We provide customized material engineering services tailored to specific process conditions and performance requirements, including material formulation design, performance optimization, and scale-up integration.

Our services help customers translate materials from concept to real-world industrial applications, enabling efficient adoption into existing production environments.

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Redefined by Requirements

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