
Conductive additive masterbatch is a type of masterbatch that is specially designed to enhance the conductivity of polymers. It is made by incorporating conductive particles such as carbon black, metallic fibers, and graphene into a polymer carrier. The features of conductive additive masterbatch include:
1. High conductivity: Conductive additive masterbatch can significantly increase the conductivity of the polymer matrix, making it suitable for various electrical and electronic applications.
2. Excellent dispersion: The conductive particles are evenly distributed in the polymer carrier, ensuring a uniform conductivity throughout the material.
3. Easy processing: Conductive additive masterbatch is easy to process with standard polymer processing methods such as extrusion, injection molding, and blow molding.
Product Specification
|
Part name |
Conductive additive masterbatch |
|
Size |
3.5mm*3mm |
|
Appearance |
granule |
|
Carrier |
PE/PP/ABS/PS/PA/PC..... |
|
Migration resistance |
> 4 grade |
|
Dosage |
2-4% |
|
Light resistance |
7 grade |
|
Packing |
25kg/bag |
|
Melting point |
215℃ |
Applications
1. Core application areas
Electronic products :Chips and circuit boards: used to conduct electronic signals, they are indispensable components in computers, mobile phones, tablets and other devices.
Flexible circuits and wearable devices: reduce the cost and size of electronic components through conductive fiber masterbatch.
Antistatic and electromagnetic shielding
Antistatic materials: compounding conductive masterbatch with polymer materials can be made into antistatic packaging, antistatic pipes and seals, with stable performance and no change with environmental humidity.
Electromagnetic shielding: used in electronic equipment packaging, shielding covers, etc. to prevent electromagnetic interference7.
2. Other important areas
Automobile and industrial fields



Company information &certificate
Guangzhou RongFeng plastic Technology Co., Ltd., is specialized in researching, developing and producing all kinds of masterbatch, such as black masterbatch, white masterbatch,color masterbatch, and functional masterbatch, etc. Most important thing is that we haveour own professional technical team and advanced production and test machines. Our technical team are professional in plastic pigment and polymer, which have over 20 years practical experience in this field.



The difference between conductive masterbatch and antistatic masterbatch
1. Core Function Differences
Conductive Masterbatch
By adding conductive fillers such as carbon black and graphite, the plastic substrate is given conductive properties, which is mainly used to conduct away static electricity and prevent static electricity accumulation1.
For example: used for plastic products that require conductive properties, such as conductive packaging materials, anti-static containers, etc.
Antistatic Masterbatch
Add special chemicals (such as antistatic agents) to enable the material to quickly dissipate static electricity after contact and avoid discharge caused by static electricity accumulation
1.For example: used in areas that are sensitive to static electricity, such as electronic equipment housings and precision mechanical parts.
2. Application Scenario Comparison
Conductive Masterbatch:
Blow-molded and injection-molded plastic products (such as wires and cables, pipes, etc.);
Industrial equipment parts that require long-term conductive properties.
Antistatic Masterbatch:
Electronic equipment housings, circuit boards, and other areas that are susceptible to static interference;
Plastic products that need to reduce dust adsorption (such as computer housings, medical equipment).
3. Additional Effects
Conductive Masterbatch:
May be accompanied by a small amount of static elimination, but mainly depends on physical conductivity.
Antistatic masterbatch:
Quickly dissipate static electricity through chemical action, while reducing the ability of static electricity to absorb dust and improve surface cleanliness.
4. Summary
Both are based on conductivity or antistatic, but conductive masterbatch focuses on long-term conductive performance, while antistatic masterbatch focuses on quickly dissipating static electricity and reducing static-related problems. When choosing, you need to match it according to the needs of the specific application scenario.
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