MIRALON® 15 Series CNT/Pulp Loaded Resin Carrier for ESD, Injection Molding & Extrusion

Popular Use Cases for MIRALON® Conductive Masterbatch

MIRALON® conductive masterbatch is designed for manufacturers who need to add electrical conductivity to plastic parts during molding or extrusion. The datasheets identify the main application areas as electrostatic discharge protection, electrically conductive parts, electrical and electronics, automotive, industrial components, and injection molding or extrusion.

ESD-Safe Plastic Components

One of the most common uses for this product is making plastics that help control electrostatic discharge, commonly known as ESD. In electronics manufacturing and handling environments, static buildup can damage sensitive components, circuit boards, sensors, and assemblies. By adding MIRALON® conductive masterbatch into compatible resins, manufacturers can produce plastic parts that help reduce static accumulation and support ESD-control requirements.

Common examples include electronic component trays, bins, covers, housings, fixtures, tool holders, and handling components used in production, assembly, storage, or transport.

Electrically Conductive Plastic Parts

MIRALON® masterbatch is also used when a plastic part needs to conduct electricity rather than act as a typical insulating plastic. The product is supplied as a conductive masterbatch loaded with 15% MIRALON® pulp, and the documents highlight excellent electrical conductivity at low loading levels.

This makes it useful for custom molded or extruded parts where conductivity is part of the finished component’s function. Potential applications include conductive housings, covers, brackets, structural plastic components, and specialty parts used in electrical, electronic, automotive, or industrial systems.

Electrical and Electronics Manufacturing

The datasheets specifically list electrical and electronics as a target application area. Conductive plastic compounds are often needed in environments where static control, part reliability, and material consistency are important. MIRALON® can be added during manufacturing to create conductive plastic parts without requiring separate coatings, paints, or post-processing steps.

Typical electronics-related uses may include ESD-safe housings, equipment covers, assembly fixtures, component carriers, protective trays, connector-related components, and other plastic parts used around sensitive electronic devices.

Automotive Plastic Components

Automotive is another application area identified in the technical documents. Conductive plastic parts can be valuable in vehicles and automotive manufacturing where static management, durable engineering plastics, and repeatable processing are required. MIRALON® grades based on PA6, PA12, PETG, and PPS give manufacturers options depending on the base resin and performance requirements of the application.

Popular automotive use cases may include conductive brackets, housings, clips, covers, sensor-adjacent components, under-hood plastic parts, and industrial production fixtures used in automotive assembly.

Industrial Parts and Equipment

Industrial plastic components are a strong fit for conductive masterbatch because many factories, production lines, and material-handling environments require durable plastic parts that can help manage static. MIRALON® masterbatch is intended for professional and industrial use and can be processed through injection molding or extrusion.

Examples include machine guards, guides, rollers, extruded profiles, workholding fixtures, trays, bins, protective covers, and other industrial plastic components where electrical conductivity or ESD performance is desired.

Injection Molded Conductive Parts

Because the datasheets list injection molding as a target processing method, MIRALON® is well suited for manufacturers producing shaped plastic components at scale. It can be blended into the resin before molding, allowing conductivity to be built into the part itself rather than applied as a surface treatment.

This is useful for molded ESD-safe parts, electronics housings, automotive components, industrial covers, trays, fixtures, and complex engineered plastic parts.

Extruded Conductive Plastic Profiles and Shapes

The product is also intended for extrusion applications. This makes it suitable for manufacturers producing conductive plastic profiles, sheets, rods, strips, channels, or other continuous shapes. Conductive extrusion materials may be used in industrial, electronic, automotive, or equipment applications where long-form plastic components need static-control or conductive properties.

Resin-Specific Applications

The MIRALON® 15 Series includes several carrier resin options, allowing manufacturers to choose the grade that best matches their plastic system. PA6, PA12, PETG, and PPS versions are each described as conductive masterbatches containing 15% MIRALON® pulp.

PA6 and PA12 grades are useful for nylon-based conductive parts, including engineering components, durable molded parts, and automotive or industrial applications. PETG grade is useful for PETG-based conductive parts, especially where PETG processing or part properties are preferred. PPS grade is useful for higher-performance PPS applications that need conductive behavior, low mold shrinkage, and industrial-grade performance.

Ready-to-Use Product Listing Copy

MIRALON® conductive masterbatch is commonly used to manufacture ESD-safe and electrically conductive plastic parts for electronics, automotive, and industrial applications. Added directly into compatible plastic resins during injection molding or extrusion, it helps create conductive molded and extruded components without relying on surface coatings or secondary treatments.

Popular applications include ESD-safe trays, bins, housings, covers, fixtures, conductive industrial components, automotive plastic parts, electrical and electronic components, and custom molded or extruded conductive plastic profiles. With PA6, PA12, PETG, and PPS carrier options available, manufacturers can select the masterbatch grade that best matches their base resin and finished-part requirements.