World’s First Industrial-Scale Production

World’s First Industrial-Scale Production

Graphene In-Situ Polymerized Nylon 6 Production Line

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China’s Only

Graphene In-Situ Polymerized Nylon 6 Fiber Hangtag

Graphene Built into the Nylon

Graphene Built into the Nylon

A Revolutionary Upgrade for the Nylon Industry

A Revolutionary Upgrade for the Nylon Industry

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Graphene Polyester Engineering Plastic Slices

Graphene polyester engineering plastic slices use functionalized graphene and caprolactam as the main raw materials. Through in-situ polymerization preparation technology, graphene in-situ polymerized polyester slices are obtained. Graphene is combined with polyester through chemical bonding. Graphene has good dispersibility in polyester. It is an upgraded product of traditional polyester polymer materials. The products are medium-high viscosity, black slices, and stable performance. Product performance: Graphene polyester engineering plastic slices with far infrared, antistatic, anti-ultraviolet and other functions, can be straight
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Product Introduction

Graphene Polyester Engineering Plastic Slices

With functionalized graphene and caprolactam as the main raw materials, graphene in-situ polymerized polyester slices are obtained through in-situ polymerization preparation technology. Graphene is combined with polyester through chemical bonding. Graphene has good dispersibility in polyester. It is an upgraded product of traditional polyester polymer materials. The product is medium-high viscosity, black slices, and stable performance.

Product Performance:

Graphene polyester engineering plastic slices have far-infrared, anti-static, anti-ultraviolet and other functions, and can be directly used for injection molding, extrusion, blown film molding and other processing.

Product Advantages:

It has the advantages of high strength, wear resistance, good thermal stability, good thermal conductivity, and good low-temperature toughness, and can be directly used for injection molding and extrusion processing, with excellent product performance.

The viscosity of the product is controllable, the content of graphene is controllable, and it can be customized according to customer requirements.

Application Fields:

Injection molded parts, automotive parts, etc.

Related Applications:Industrial Yarn Engineering Plastics


1 Melting temperature.jpg2 Load deformation temperature.jpg3 Thermal conductivity.jpg

Melting Temperature Loading Deformation Temperature Thermal conductivity

4 Linear thermal expansion coefficient.jpg5 Relative capacitance.jpg6 Volume Resistivity.jpg

Relative capacitance of linear thermal expansion coefficient Volume resistivity

7 Surface resistivity.jpg

Surface resistivity

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