Hydroxylated graphene powder

Hydroxylated graphene powderProduct Name Name: Hydroxylated graphene dispersion Product Overview Hydroxygraphene is a carbon based material that hydroxylates the surface of graphene, also known as oxygraphene. Technical Parameter Appearance : Black Diameter: 1 3 m TEM Thickness: 1 5 nm Content:~2%(XPS Peak Differentation Imitating Analysis) Product Features Dispersibility: Hydroxygraphene powder dispersion has good dispersibility and can maintain long term stability without

Product Name

^{Name:Hydroxylated graphene dispersion}

Product Overview

Hydroxygraphene is a carbon based material that hydroxylates the surface of graphene, also known as oxygraphene.

^{Technical Parameter}

Appearance : Black

Diameter:1-3 μm  TEM

Thickness:1-5 nm

Content:~2%(XPS-Peak-Differentation-Imitating Analysis)

^{Product Features}

Dispersibility: Hydroxygraphene powder dispersion has good dispersibility and can maintain long-term stability without precipitation.

Hydrophilicity: Due to the introduction of hydroxyl groups, hydroxyl functionalized graphene powder dispersions typically exhibit good hydrophilicity.

Chemical stability: Under appropriate storage conditions, the dispersion of hydroxylated graphene powder can maintain chemical stability for a long time.

Application Fields

Nanofiller: As a nanofiller in composite materials, it improves the mechanical and thermal properties of the material.

Coatings and films: used to prepare high-performance coatings and film materials, enhancing the weather resistance, corrosion resistance, and wear resistance of products.

Catalyst: As a catalyst carrier or catalyst itself, it exhibits excellent catalytic performance in chemical reactions.

Adsorbent: Utilizing its high specific surface area and excellent adsorption performance, it is used in fields such as wastewater treatment and air purification.

Electronic devices: used as conductive or heat-conducting materials in electronic devices to improve the performance and stability of the device.

^{Related Information}

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