MSE PRO Chemically synthesized graphene oxide powder

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SKU: BR39940
Regular price $ 609.95

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MSE PRO Chemically synthesized graphene oxide powder 

SDS

Introduction

Graphene oxide (GO) is produced via direct oxidation and exfoliation method that introduces oxygen-containing functional groups while breaking apart the layered structure. The process is 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
  • Oxygen-rich, ultrathin flakes for surface modification, membranes, and composite 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. 

References:

1.Application of Graphene Oxide–Natural Polymer Composite Adsorption Materials in Water Treatment

2. Graphene Oxide as a Promising Nanofiller for Polymer Composite

3.Graphene Oxide: An Emerging Electromaterial for Energy Storage and Conversion

Country of Origin South Korea
Appearance Brown or dark-brown fluffy powder
Elemental composition (EA  analysis):  Carbon: 40–50%; Oxygen: 40–50%; Hydrogen <3%; Sulfur <3%; Nitrogen <1%
Lateral size (laser diffraction): 
20–150 μm; D50: 55 μm
Thickness (AFM)
1.1–1.3 nm
D/G ratio (Raman spectroscopy) 
0.86