Graphite phases-C3N4

Graphite phases-C3N4Product Name Graphite phases C3N4 Product Overview Graphite phase carbon nitride (g C3N4) is a new type of material consisting of carbon and nitrogen atoms, whose crystal structure is similar to the layered structure of two dimensional graphite, but with higher stability and unique physical and chemical properties. Graphite phase carbon nitride is the most stable of the carbon nitride isomers, with ultra high strength and chemical inertness, which can

Product Name

Graphite phases-C3N4

Product Overview

Graphite-phase carbon nitride (g-C3N4) is a new type of material consisting of carbon and nitrogen atoms, whose crystal structure is similar to the layered structure of two-dimensional graphite, but with higher stability and unique physical and chemical properties. Graphite-phase carbon nitride is the most stable of the carbon nitride isomers, with ultra-high strength and chemical inertness, which can make up for the shortcomings of poor thermal stability of diamond. Graphite-phase carbon nitride is a typical polymer semiconductor, in which C and N atoms in the structure are sp2 hybridised to form a highly exotic π-conjugated system, and strong covalent bonds are formed between C and N, which builds up a special conjugated system of benzene-like rings and has good stability. This graphite phase carbon nitride, with a two-dimensional lamellar structure, is prepared by pyrolytic polycondensation using nitrogen-rich compounds as precursors. This method is easy to operate, has a high yield, and the structure of the product is easy to control, making it a highly promising material with (theoretically) higher carrier separation efficiency, more reactive active sites, and stronger light trapping and redox capabilities due to its unique two-dimensional lamellar structure.

Technical Parameter    

Purity:99%

Size:0.1-10μm

Product Features

1. Electrical properties: graphite phase carbon nitride has superior electrical properties, its conductivity can be controlled by both electron and hole concentration, so it can exhibit the properties of a reduced semiconductor under specific conditions;

2. Optical properties: with a suitable forbidden band width (Eg = 2.7 - 2.8 eV), they show better visible light absorption than most metal oxides;

3. Thermal properties: as a high-temperature stable phase material, graphite-phase carbon nitride maintains good performance under high-temperature environment;

4. Catalytic performance: with excellent photocatalytic ability, (theoretically) it can be used for photolysis of water to produce hydrogen, photolysis of CO2, photolysis of harmful gases and photolysis of organic pollutants;

5. Reactivity: in the field of batteries, graphite phase carbon nitride can (theoretically) be modified or compounded with other materials to improve the performance and stability of batteries.

Application Fields

1. Supercapacitor: It can be used as electrode material for supercapacitor by using its superior electrical performance and stability;

2. Lithium-ion batteries: by compounding with other materials, it can improve the capacity and cycle stability of lithium-ion batteries;

3. Photocatalysts: widely used in the field of photocatalysis, which can be used for environmental purification and energy conversion;

Related Information

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