Functional Graphene Powder: can be added to foaming material, increase the properties of antibacterial, anti-mite, and negative air ions generation

Product Description

Functional graphene powder is a kind of graphene powder made by GaoxiTech, It has a fluffy, light density black powder. This product is suitable for organic solvents, oils, resins and other systems with high viscosity,and can endow the corresponding composite materials with functions such as antibacterial, anti-mite, and anion?generation. GaoxiTech can provide application solutions for this product, which is conducive to the application and promotion of graphene in industrial products.

Product Features

Application Example

Graphene Composite Sponge Material

GaoxiTech and the sponge foam manufacturer have jointly developed a high-density graphene composite sponge, which has been opened up and improved in many aspects such as raw materials, technical paths, pilot production and performance testing. At present, the high-density graphene composite sponge has been successfully in production.?The finished graphene composite sponge has a complete structure, no cracks, no powder slag, and the graphene is evenly dispersed, the amount of graphene added is?0.5‰~1‰. According to the report of the third-party testing center, it has achieved performance advantages such as?antibacterial, anti-mite, and negative air ions generation. Successfully applied to mattresses, pillows, sofas and other household areas.

Graphene Composite Sponge：

Screenshot of test report：

Graphene Composites

Functional graphene powder can be added to chips as a powder additive through melt extrusion (such as PA, PET, PP and other polymer materials), composite slices can be used to prepare composite fiber products, plastic products, film products, etc., which have the properties of antibacterial, anti-mite, and negative air ions generation.

Graphene-modified Sentry Glas Plus(SGP)

Adding functional graphene powder to SGP can significantly improve the mechanical properties of the product. From the perspective of tensile strength, the graphene-modified SGP is 72.5% higher than the SGP sample.