Carbon nanotube masterbatch

Masterbatch is a plastic product developed in the 1980s. It is made by mixing resin matrix and chemical additives, dispersants, and some functional additives. It can also be understood as an aggregate obtained by uniformly attaching an extraordinary amount of functional additives to the resin matrix....

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Masterbatch is a plastic product developed in the 1980s. It is made by mixing resin matrix and chemical additives, dispersants, and some functional additives. It can also be understood as an aggregate obtained by uniformly attaching an extraordinary amount of functional additives to the resin matrix.

In the definition of processing and molding, the masterbatch is a plastic particle obtained by mixing and refining the required various additives, fillers and a small amount of resin matrix. The limit of additives in the masterbatch is generally much higher than the required amount in plastic products, generally several times or even more than ten times higher. Therefore, in the process of using masterbatch to process products, the ratio of masterbatch to resin matrix must be adjusted according to the content of relevant components in the masterbatch and the amount required in the product. Masterbatches are usually divided into ordinary filling masterbatches and functional masterbatches. Functional masterbatches are designed to meet a special function in plastic products, such as color, flame retardancy, conductivity, anti-fog, etc.

Carbon nanotube masterbatch conductive masterbatch is made by mixing resin substrate and carbon black and other additives. When the conductive masterbatch is adjusted to a certain ratio with the substrate during the processing, the resin can increase the conductivity or anti-static performance on the inherent properties. Adding conductive masterbatch makes the resin conductive without damaging the mechanical and physical properties of the resin itself. What needs to be paid attention to during the processing is the drying problem, and baking is a necessary step.

Scientific formula and meticulous production ensure that every particle we produce can maintain stable conductivity. Our strong technical strength allows plastics to have conductive properties while maintaining the original properties of the material. The cost advantage brought by scale and mature technology allows TANFENG Technology to provide the most cost-effective products in the industry. All our products meet international environmental protection requirements, allowing customers to have no worries in product development.

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