Conductive Compounds Masterbatches

Conductive Compounds Masterbatches are functional masterbatches made of pure resin as the matrix, high oil absorption value, ultra-fine particle size conductive filler as the conductive medium, toughening agent, reinforcing agent, coupling agent, antioxidant and other additives, and granulated through specific...

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Introduction to Conductive Compounds Masterbatches

• Conductive Compounds Masterbatches are functional masterbatches made of pure resin as the matrix, high oil absorption value, ultra-fine particle size conductive filler as the conductive medium, toughening agent, reinforcing agent, coupling agent, antioxidant and other additives, and granulated through specific processes (such as internal mixer, twin-screw extrusion, etc.).

• Common types of matrix resins include PP, PS, HIPS, LDPE, HDPE, PVC, ABS, POM, Nylon, etc. Different matrix resin models are suitable for different processing technologies. For injection molding, extrusion, blown film and other processes, there will be matching conductive masterbatch models with different melt indexes.

• The fillers in Conductive Compounds Masterbatches include carbon black, carbon nanotubes, stainless steel fibers and other formulas. The ratio of fillers determines the resistance of the masterbatch and the amount of masterbatch added in the end product. According to different applications, suitable fillers can be selected as masterbatches. The costs of various fillers are also different, and conductive carbon black has the highest cost performance.

Diverse selection of matrix materials: Carbon black, carbon nanotubes, stainless steel metal fibers, graphene, carbon fibers, etc. can all be selected as matrix materials for conductive composite materials. According to different resistance values, mechanical performance requirements, and different processing technologies, appropriate matrix materials are selected to synthesize conductive composite materials.

Diversified formula: Modified materials are processed and changed by various methods and means to obtain new antistatic plastic materials with various properties and characteristics. These modification methods include but are not limited to chemical modification, such as graft copolymerization, cross-linking reaction, etc., to change the molecular structure and chemical properties of the material; modified materials show diverse characteristics in performance, such as enhanced mechanical properties (strength, toughness, hardness, etc.), improved thermal properties (heat resistance, thermal conductivity, etc.), optimized electrical properties (conductivity, insulation, etc.), improved corrosion resistance, increased flame retardancy, etc.

TANFENG has a number of independent research and development patents, advanced cutting-edge technology, standardized production and research and development equipment, and high-quality after-sales service. In response to global customers' demand for Conductive Compounds Masterbatches, we have a professional development team with many years of experience, which can provide one-stop protection solutions, quickly provide customized formulas and services, and win the trust of customers.

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