Conductive Polymer Masterbatch
Transform standard polymers into high-performance conductive materials with reliable electrical conductivity, static dissipation, and EMI shielding properties.
Our Product Range
Carbon nanotube-based conductive polymer masterbatches designed for specific base polymers
PA6 Masterbatch
Electrically conductive Carbon Nanotubes-PA6 Masterbatch
LLDPE Masterbatch
Electrically conductive Carbon Nanotubes-LLDPE Masterbatch
PP Masterbatch
Electrically Conductive Carbon Nanotubes-PP Masterbatch
What is Conductive Polymer Masterbatch?
Conductive Polymer Masterbatch is a concentrated blend of highly engineered conductive additives such as carbon nanotubes dispersed within a polymer carrier resin like PA6, PP, or LLDPE and more.
When incorporated into base polymers, it creates a robust percolating network that enables the final manufactured product to conduct electricity or dissipate static charges effectively without compromising structural integrity.
✔ Electrostatic discharge (ESD) protection
✔ Electromagnetic interference (EMI) shielding
✔ Antistatic packaging and handling
✔ Automotive fuel systems & electronic housing
Industrial Applications
Our masterbatches are trusted across multiple high-stakes industries where reliability and consistent performance are non-negotiable.
Packaging
Antistatic films and trays
Automotive
components & sensors
Electronics
EMI shielding & ESD-safe housings
Industrial
Machinery housings & Heat exchangers
Pipes
Improved Durability & Strength
Key Features & Benefits
High Electrical Conductivity
Achieve customizable surface and volume resistivity levels tailored precisely to your application requirements.
Superior Barrier Properties
The nanostructured conductive network within the polymer matrix enhances barrier performance against gases and moisture.
Enhanced Mechanical Strength
The incorporation of advanced carbon nanotubes improves tensile strength, and durability, making the product suitable for demanding applications.
Improved Thermal Stability
It enables polymers to withstand elevated temperatures during processing and end-use and consistent conductivity.
Flame Retardancy
Our formulations can be tailored to improve flame resistance, contributing to safer end-use products. When combined with appropriate additives
Lightweight with High Performance
Conductive polymers offer an excellent strength-to-weight ratio, making them a superior alternative to traditional metal-based conductive materials.