MSE PRO Chemically synthesized reduced graphene oxide powder

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SKU: BR39941
Regular price $ 799.95

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MSE PRO Chemically synthesized reduced graphene oxide powder

SDS

Introduction

Reduced graphene oxide (rGO) is produced via direct oxidation and exfoliation method that introduces oxygen-containing functional groups while breaking apart the layered structure, followed by the chemical reduction process. The processes are conducted under ambient conditions with patented method, enabling safe and scalable production of high-quality graphene materials suitable for large-volume supply across a wide range of industrial applications. 

Key Features

  • Produced via ambient-temperature chemical exfoliation
  • High surface area of 500–800 m²/g
  • Suitable for conductive composites, electrodes, and catalyst-support development
  • Low CO₂ emissions; No dangerous chemical involved
  • Thin-flake filler for functional coatings and polymer composites
  • Compatible with polar and non-polar solvents including water, alcohols, oils, and resins
  • Maintains dispersion stability without re-agglomeration during storage and mixing
  • Enables uniform particle distribution for consistent coating quality
  • Fine particle size supports efficient spray coating applications
  • Ensures reliable formulation and performance across processing conditions
  • Overcomes dispersion limitations for broader industrial applicability


Notes: More detailed product information including certificate of analysis (COA), lead time and volume pricing are available upon request. Please contact us. 

Country of Origin South Korea
Appearance Black-brown fluffy powder
Elemental composition (EA  analysis) Carbon >80%; Oxygen <15%; Hydrogen <1%; Sulfur <3%; Nitrogen <1%
Lateral size (laser diffraction)
20–170 μm; D50: 85 μm
Thickness (AFM)
2.0–2.4 nm
D/G ratio (Raman spectroscopy) 
0.99
Specific surface area (BET)
500–800 m²/g

References:

1. Superior quality chemically reduced graphene oxide for high performance EMI shielding materials

2. Conductive Nanofilms with Oppositely Charged Reduced Graphene Oxides as a Base for Electroactive Coatings and Sensors