Reduced Graphene Oxide

Project Overview

Reduced Graphene Oxide (rGO) is the industry’s bridge between raw graphene and scalable real-world performance. At VISTĀRAḤ, our rGO is chemically reduced from high-purity Graphene Oxide to restore the sp² carbon network responsible for electrical and thermal conductivity, while retaining a small degree of surface functionality for better dispersion and matrix compatibility.

It is supplied as a fine black powder, highly dispersible in water, inks, polymers, and conductive pastes. With a surface area of 300–1000 m²/g and layer thickness ranging between 3 to 5 layers, VISTĀRAḤ rGO-X is engineered for integration into both functional materials and industrial production environments.

This is not lab-grade graphene — it’s the scalable version your product line needs.

Our Approach

VISTĀRAḤ’s Reduced Graphene Oxide is purpose-designed for cost-effective conductivity enhancement, without requiring radical formulation changes.

Conductivity Without Complexity — Offers excellent electrical and thermal properties while staying easy to mix and process. Sheet resistance can reach as low as 5 ohms/sq when used in coatings and inks.

Retention of Key Functionality — Unlike fully reduced graphene, rGO retains just enough surface oxygen to bond well with polymer systems, improving compatibility in plastics, coatings, and epoxies.

Batch-verified Quality — Each lot is tested for C/O ratio, particle size, surface area, and dispersion properties to ensure consistent industrial performance.

The Results

Clients using VISTĀRAḤ rGO-X have reported:

• Significant gains in electrical conductivity at low loadings

• Enhanced mechanical strength and impact resistance in polymer composites

• Effective EMI shielding at lightweight and thin profiles

• Reliable thermal conductivity in adhesives and thermal interface materials

• Wash-durable, printable electronics for smart textiles and flexible circuits

rGO-X is optimized for cost-efficiency, making it viable not just for prototypes but for full-scale manufacturing lines.

Use Case Highlights

Reduced Graphene Oxide is currently used by:

• Electronics Companies manufacturing printable inks, transparent conductors, and flexible boards

• Energy Storage Firms improving electrode conductivity in Li-ion and supercapacitors

• Polymer Compounders producing anti-static and thermally conductive plastics

• Aerospace & Defense teams needing EMI shielding and structural composites

• Smart Textiles Developers printing wearable electronics and sensors on fabric

• Construction Innovators embedding rGO into cement and structural adhesives

Each of these applications benefits from low filler ratios, stable conductivity, and formulation-friendly blending.

Material Specifications

VISTĀRAḤ rGO-X is delivered as a black, fine powder with:

• Purity: ~90% carbon

• Layers: 3 to 5

• Surface Area: 300–1000 m²/g

• Form: Conductive black powder

• C/O Ratio: ~8:1

• Packaging: 1 kg pouch, 5 kg pail, 20 kg drum

• Shelf Life: 24 months sealed

• Origin: India

All batches are export-compliant, shipped with COA and SDS, and supported by technical advisory on integration.

Why It Matters

rGO fills the market gap between expensive pristine graphene and poor-conductivity carbon fillers. It delivers:

• High electrical performance at a fraction of the cost

• Scalable production volumes and predictable dispersion

• Compatibility with real-world manufacturing environments

• Cross-sector application range from energy to apparel

• A stable long-term material that supports sustainable innovation

VISTĀRAḤ’s rGO is a strategic material — not just a powder — for forward-thinking companies building performance-driven, future-ready products.