Next-Generation Conductive Protection Powered by Graphene Nanotechnology
ARMI® Graphene Epoxy Conductive Coating is a premium two-component, water-based epoxy coating engineered with advanced graphene nanotechnology to deliver exceptional electrical conductivity, corrosion protection, mechanical durability, and long-term chemical resistance.
Supplied as a two-pack system (Part A – Graphene Epoxy Base and Part B – Water-Based Epoxy Hardener), the coating forms a highly cross-linked polymer matrix reinforced with functional graphene, creating a durable conductive network capable of performing in demanding industrial environments.
Designed for high-performance applications, the coating provides excellent adhesion, abrasion resistance, moisture protection, and controlled electrical conductivity while maintaining the environmental advantages of a water-based formulation with low VOC emissions.
Conductive Mechanism
The coating utilizes a graphene percolation network formed within the cured epoxy matrix. During curing, graphene nanoplatelets establish interconnected conductive pathways that facilitate efficient electron transport while simultaneously reinforcing the polymer structure.
This multifunctional graphene network provides:
- Electrical conductivity
- Static charge dissipation
- Enhanced thermal conductivity
- Improved crack resistance
- Reduced permeability to water and oxygen
- Increased mechanical strength
- Superior corrosion protection
The highly cross-linked epoxy matrix securely anchors the graphene network, ensuring stable long-term electrical and mechanical performance.
Typical Performance
Electrical Properties
- Surface conductive coating
- Static dissipative performance
- Controlled surface resistivity
- EMI shielding capability (depending on coating thickness)
- Improved grounding efficiency
Mechanical Properties
- High hardness
- Excellent impact resistance
- Superior abrasion resistance
- Outstanding adhesion
- Excellent dimensional stability
Protective Properties
- Excellent corrosion resistance
- Water and moisture barrier
- Chemical resistance
- Salt spray durability
- Weather resistance
- Long-term protective performance
Typical Applications
- Industrial floors
- ESD flooring systems
- Electronic manufacturing facilities
- Battery manufacturing plants
- Semiconductor industries
- Steel structures
- Pipelines
- Storage tanks
- Automotive components
- Heavy engineering equipment
- Defence infrastructure
- Power generation facilities
- Renewable energy installations
- Marine structures
- Smart conductive infrastructure
Typical Technical Properties: EPOXY-GRAPHENE
| Property | Typical Value |
| Resin Type | Water-Based Epoxy |
| System | Two Component |
| Components | Part A (Graphene Epoxy Base 60%) + Part B (Epoxy Hardener) 40% |
| Appearance | Black |
| Finish | Satin to Matte |
| VOC | Low |
| Solids Content | 60–75% |
| Surface Resistivity | 10³–10⁵ Ω/sq (depending on formulation) |
| Adhesion | Excellent |
| Chemical Resistance | Excellent |
| Abrasion Resistance | Excellent |
| Dry Film Thickness | 75–200 µm |
| Pot Life | As specified for the formulation |
| Full Cure | 5–7 days |
Application
The coating is supplied in two separate packs:
- Part A: Graphene Water-Based Epoxy Base
- Part B: Water-Based Epoxy Hardener
Mix the components thoroughly according to the recommended mixing ratio before application. Apply using brush, roller, airless spray, or conventional spray equipment onto properly prepared clean and dry surfaces.
Mixing Ratio (by weight): 60 Parts Part A (Graphene Epoxy Resin) : 40 Parts Part B (Water-Based Epoxy Hardener):5 % thinning by water is possible.
Pot Life: 30Min
Customization Options
ARMI® understands that every application has unique performance requirements. The formulation can be customized to meet specific technical and industrial needs, including:
- Electrical conductivity levels
- Surface resistivity range
- Graphene loading
- Film thickness
- Colour options
- Gloss level
- Chemical resistance
- Abrasion resistance
- Drying and curing profile
- Substrate-specific adhesion
- Application viscosity
- Anti-static and ESD performance
- EMI shielding capability
- Industry-specific compliance requirements
Typical Substrates
- Carbon steel
- Stainless steel
- Aluminium
- Galvanized steel
- Concrete
- Cementitious flooring
- Industrial machinery
- Composite materials
- Primed engineering plastics
Sustainability
The water-based epoxy technology significantly reduces VOC emissions while providing high-performance protection. The incorporation of graphene enhances coating durability and extends maintenance intervals, contributing to improved resource efficiency and reduced lifecycle costs.
Why Choose ARMI® Graphene Epoxy Conductive Coating?
ARMI® combines advanced graphene nanotechnology with modern water-based epoxy chemistry to create multifunctional coatings that deliver superior conductivity, corrosion protection, mechanical durability, and environmental responsibility. Our formulations are developed by experienced materials scientists and can be tailored to meet the performance requirements of industries ranging from electronics and energy to infrastructure, transportation, and advanced manufacturing.
Custom formulations, private-label manufacturing, and application-specific product development are available upon request.
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