Graphen F@
High-Quality Graphene Materials & Innovations
Corporate Overview
Graphene is the exclusive global distributor of First Graphene products, delivering high-quality graphene materials and advanced nanomaterials to researchers, laboratories, and industrial partners worldwide. As the official representative in India, Reinste ensures seamless access to these products, linking customers directly to First Graphene through convenient procurement via our website, along with technical support and reliable supply.
Our portfolio reflects the premium offerings of First Graphene, including graphene for composites, elastomers, fire retardancy, energy storage, coatings, and electronic applications, enabling cutting-edge innovations in both research and industrial sectors.
Graphene materials provide exceptional mechanical strength, thermal and electrical conductivity, chemical stability, and performance reliability, making them ideal for high-performance applications at both laboratory and commercial scale.
Through our global distribution network, Graphene empowers researchers and industrial partners to leverage the full potential of graphene for next-generation composites, conductive coatings, EMI shielding solutions, energy-efficient components, and other advanced material solutions.
By combining First Graphene’s technological leadership with our worldwide accessibility, we ensure that customers receive authentic, high-performance products supported by expert guidance and scalable solutions.
Our Mission
“To provide innovative, high-quality, and reliable graphene solutions worldwide, enabling researchers, laboratories, and industries to achieve breakthroughs in material science, energy applications, and industrial innovation. We are committed to delivering scalable, sustainable, and technologically advanced graphene products to support global scientific and industrial advancement.”
Our Vision
“To be the most trusted global distributor of First Graphene products, connecting world-class manufacturing excellence with local accessibility across all markets. We aim to empower researchers and industries worldwide with advanced graphene solutions that drive innovation, enhance performance, and set new standards in quality, reliability, and material advancement.”
Core Capabilities
Pristine Graphene Powders
Low-defect, single-layer and few-layer graphene platelets optimized for structural reinforcement.
- Defect-density data available
- Surface-area metrics available
- Shear-mixing integration notes
Water & Organic Dispersions
Highly stable, surfactant-optimized graphene solutions that prevent re-agglomeration during industrial mixing.
- High concentrations up to 5 wt%
- Ready for automated spray/pouring lines
- No toxic organic solvent residues
Battery Anode Composites
Graphene-silicon blends that increase electric vehicle lithium-ion battery capacity and reduce charging times.
- Enhances electrical conductivity network
- Mitigates silicon volume expansion
- Improves battery cycle retention
Concrete Hydration Catalysts
Graphene concrete admixtures that improve compressive strength by up to 25% and reduce curing micro-cracks.
- Improves concrete microstructural density
- Reduces water permeability index
- Reduces total cement usage by 15%
Browse by Category
Featured Products
Graphene Powder GF100
High-performance graphene powder for polymers, coatings, cementitious systems, and batteries.
Graphene Dispersion Water
Waterborne graphene dispersion for coatings, conductive films, and composite development.
Cement Graphene Additive
Graphene additive package for cement, concrete, and construction material reinforcement.
Specification Highlights
| Property | Value |
|---|---|
| Pristine Graphene Layers | 1 - 3 layers |
| Lateral Dimension Range | 5.0 - 15.0 microns |
| Carbon Content Percentage | >98.5 wt% (ICP-MS tested) |
| Dispersed Sheet Conductivity | ~1000 S/m (electric conductivity tested) |
Technical Enquiry & Custom Development
Need a specific purity level, custom nanocomposite dispersion, or bulk price quote? Submit your specifications directly to the Graphen F@ materials team below.