# PE conductive compound, conductive PE film, antistatic PE, conductive masterbatch, carbon black conductive masterbatch, | RenJie Plastics > Source: https://www.rjplastics.com/en/product/conductive-pe-compound ## Conductive Compound [Home](/en/)›[Products](/en/products)›[ESD Plastics](/en/products/esd-lastics)›[Conductive Compound](/en/products/conductive)›**Conductive PE Compound** **## Conductive PE Compound Model: C401/C403/CT-08A** PE conductive compound is a polyethylene raw material with conductive and antistatic functions. Usually black, it is mainly used to produce conductive PE films. | Product Description | Conductive PE Compound | | --- | --- | | RenJie®Grade | C401/C403/CT-08A | | Surface Resistivity | 10^2~10^5 Ohm/sq | | Volume Resistivity | 10^2~10^4 Ohm.cm | | Appearance | Granules/Black | | Conductive filler | Carbon black /Carbon nanotube etc | [Get a quote**](#inquiry) Add to inquiry list tjh@rjplastics.com+86 13712390573 Overview Specifications ### 1. Introduction to PE Conductive Compound PE conductive compound is a polyethylene plastic raw material with **conductive function** and **antistatic effect**. By formulating appropriate PE resin, it delivers suitable conductive and antistatic properties. PE conductive compound is **usually black** and is mainly used to produce **conductive PE films**. #### 1.1 CT-08A: Conductive PE Compound Usable as a Conductive Masterbatch **CT-08A** is a conductive compound made of **polyethylene (PE) as the carrier** with **conductive fillers such as carbon black and carbon nanotubes**. Due to its **extremely low resistance**, it can also be used as a **conductive masterbatch**. - Loading and target resistance: at an addition amount of 30–60%, it is designed for conductive films (thickness 0.015 mm) to reach 1.0 × 10⁴–1.0 × 10⁶ Ω; - Performance: stable conductivity and good dispersibility, with little loss in the mechanical properties of the material; - Ease of use: easy to use and can be processed after dry mixing, ensuring no powder falling on the surface of the final product. #### 1.2 C403: Carbon Nanotube-Based Conductive Compound **C403** is a **carbon nanotube-based** conductive compound formed by combining carbon nanotubes with other substances: - It has extremely high elasticity and toughness; - Its electrical conductivity is significantly better than graphene-based and carbon black-based conductive compounds, and the thinner the diameter and the longer the length, the better the electrical conductivity; - It has high thermal conductivity at room temperature and excellent axial thermal conductivity. ### 2. Application Cases of PE Conductive Compound Image alt text suggestion: CONDUCTIVE PE conductive PE film #### 2.1 Semi-Conductive Shielding Layers and Electronic Equipment Parts PE conductive compound is used for the **semi-conductive shielding layers of wires and cables** and for the **shells and parts of electronic equipment**. It can be used as **semi-conductive shielding material for medium and high voltage cables**. It is also suitable for electronic equipment requiring **electrostatic protection**, such as the **shells, internal brackets and connectors** of mobile phones, computers and tablets. #### 2.2 Antistatic Packaging for Electronic Components Used to manufacture **antistatic packaging** for electronic components, such as **antistatic trays and packaging bags**. This avoids problems such as **dust adsorption and damage to electronic components** caused by static electricity during transportation and storage, providing a good electrostatic protection environment for electronic products. #### 2.3 Automotive Parts and Interiors Used as packaging or turnover materials for **automotive electrical systems, fuel systems, water tank radiators, dashboards** and other parts. PE conductive compound can also be used for **automotive interior parts and components** to reduce the interference of static electricity on automotive electronic systems. While improving the **safety and comfort** of the vehicle, it effectively prevents the **generation and accumulation** of static electricity. #### 2.4 Conductive PE Film and Demanding Environments PE conductive film has a **small friction coefficient and strong wear resistance**, and can also be used in the **energy field**, mainly to protect **precision parts from damage by static electricity**. In special environments such as **coal mines and oil tankers** where **flammable gas or dust** exists, conductive masterbatch is used to make **equipment housings and parts** — for example, **ventilation ducts in coal mines and oil storage containers on oil tankers**. ### 3. Classification of RenJie® Conductive Compound RenJie® conductive compounds fall into four families based on the conductive filler system: | Filler system | Key characteristics | Typical applications | | --- | --- | --- | | Carbon nanotube-based | Extremely high elasticity and toughness; conductivity significantly better than graphene-based and carbon black-based compounds; high room-temperature thermal conductivity with excellent axial conduction | Li-ion battery conductive agent, nanoelectronic components, wave absorption and shielding, thermal conduction and reinforcement | | Graphene-based | Single-atom-layer structure, extremely thin and among the strongest materials; high carrier mobility at room temperature with excellent conductivity | Conductive films and transparent electrodes, composite modification, energy devices | | Carbon black-based | Light, loose and large surface area; inexpensive and easy to process, but with a high percolation threshold (requires high loading) | The most commonly used conductive plastic for ESD composites in industry; antistatic plastics and conductive rubbers | | Carbon fiber-based | High specific surface area and aspect ratio, forming conductive networks easily; good mechanical strength and chemical stability | High-performance electrode materials (sodium-ion batteries, supercapacitors); reinforcement in composites | #### 3.1 Carbon Nanotube-Based Conductive Compound Carbon nanotubes, also known as **buckytubes**, are **one-dimensional quantum materials** formed by single or multiple layers of graphene curled around the central axis at a certain spiral angle. They have extremely high elasticity and toughness, with a **Young's modulus of nearly 6 times that of steel and a tensile strength of 100 times that of steel**. Applications include: - Li-ion battery conductive agent: increases battery capacity, reduces the amount of conductive agent, enhances electrolyte absorption, lowers internal resistance, increases high-rate discharge power density and improves cycle life; - Nanoelectronic components: diodes, triodes, nanowires, etc.; - Multifunctional polymer composites: wave absorption and shielding, heat conduction, reinforcement and conductivity; - Other fields: hydrogen storage, energy storage materials, catalyst materials, sensors, atomic force microscope probes, supercapacitors, biosensors and more. #### 3.2 Graphene-Based Conductive Compound Graphene is a **honeycomb single-atom-layer planar film** formed by carbon atoms in an **sp2 hybrid** manner. Only **0.35 nm** thick and among the strongest materials, it also has good toughness, with a **theoretical Young's modulus of 1.0 TPa and an intrinsic tensile strength of 130 GPa**. At room temperature, its **carrier mobility reaches 15,000 cm²/(V·s)**, giving excellent conductivity. Applications include: - Conductive films and transparent electrodes: for example, touch screens and displays of electronic devices; - Composite modification: adding graphene improves the electrical, thermal and mechanical properties of the material, supporting high-performance aerospace materials, automotive parts and sports equipment; - Energy field: preparation of supercapacitors, battery electrode materials and more. #### 3.3 Carbon Black-Based Conductive Compound Carbon black is a **light, loose, large-surface-area zero-dimensional carbon-based conductive nanoparticle** that is **inexpensive and easy to process**. However, a large amount of carbon black conductive particles is usually required to transition the material from insulation to conductivity — that is, its **conductive percolation threshold is high**. Carbon black-based conductive compounds are currently the **most commonly used electrical conductive plastics in the preparation of ESD (electrostatic discharge) composite materials in industry**, and are often used for the **conductive modification** of polymer materials such as plastics and rubbers — for example, **antistatic plastics and conductive rubbers**. #### 3.4 Carbon Fiber-Based Conductive Compound Carbon fiber has a **high specific surface area and aspect ratio**, making it easy to form a conductive network; it also has good **mechanical strength and chemical stability**. Applications include: - Preparing high-performance electrode materials such as sodium-ion batteries, supercapacitors and other energy storage devices; - Acting as a reinforcement in composite materials to improve conductivity and mechanical properties. ### 4. Key Parameters at a Glance (Selection Reference) | Item | CT-08A | C403 | | --- | --- | --- | | Material positioning | PE-based conductive compound, also usable as a conductive masterbatch | Carbon nanotube-based conductive compound | | Carrier / base | Polyethylene (PE) | Carbon nanotubes combined with other substances | | Conductive filler | Carbon black, carbon nanotubes, etc. | Carbon nanotubes | | Recommended loading | 30–60% | — | | Target resistance | 1.0 × 10⁴–1.0 × 10⁶ Ω (film thickness 0.015 mm) | — | | Key characteristics | Stable conductivity, good dispersibility, little mechanical loss, dry-mix processable, no powder falling | Extremely high elasticity and toughness, better conductivity than graphene- and carbon black-based, excellent axial thermal conduction | | Typical applications | Conductive PE film, semi-conductive shielding compound, antistatic trays and packaging bags, automotive parts | High-end conductive and thermal management applications | | Product Description | Conductive PE Compound | | --- | --- | | RenJie®Grade | C401/C403/CT-08A | | Surface Resistivity | 10^2~10^5 Ohm/sq | | Volume Resistivity | 10^2~10^4 Ohm.cm | | Appearance | Granules/Black | | Conductive filler | Carbon black /Carbon nanotube etc | | Processing | Blowing/Injection/Extrusion | | Applications | ESD packaging sheet, conductive LLDPE film | | Applying to | HDPE LDPE LLDPE | ### Related products [View all**](/en/products) [*709AN/747AN/920AN #### Antistatic ABS Compound RENJIE® antistatic ABS compound with 10^8–10^10 Ω surface resistance. 709A… View details*](/en/product/antistatic-abs-compound)[*757CF20/757CF30/757CF15 #### 15% Carbon fiber ABS RENJIE carbon fiber reinforced ABS is a high-performance thermoplastic com… View details*](/en/product/15-carbon-fiber-abs)[*70CF30/70CF20/70CF15 #### 30% Carbon Fiber Nylon 66 Explore Carbon Fiber Conductive Nylon properties, CFRTP Conductive Nylon g… View details*](/en/product/30-carbon-fiber-nylon-66) ### Request a quotation or sample We reply with price, MOQ and lead time within one business day. *Your name***Company Email***Phone / WhatsApp Country Product of interest Quantity Target price Application Message Send inquiry* We only use your details to reply to this inquiry. 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