Carbon Black PE Conductive Compounds for Industrial Packaging Solutions The In Liner PE Bags for Type C FIBC Bulk Bag
Product Details:
Place of Origin: | China |
Brand Name: | SUGO ESD PLASTICS |
Certification: | ISO9001:2015; ISO14001:2018; ISO45001:2018 |
Model Number: | L2360 |
Payment & Shipping Terms:
Minimum Order Quantity: | 500 kgs |
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Price: | USD/KG |
Packaging Details: | 25Kg/ Vacuum Alum Foil Bag, 40 Bags/Pallet, Wrapped arround with shrinkage film |
Delivery Time: | 5-8 days |
Payment Terms: | L/C, D/A, D/P, T/T |
Supply Ability: | 1500Tons Monthly |
Detail Information |
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Carrier: | Polyethylene | Conductive Agent: | Carbon Black |
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Appearance: | Black Pellets | ESD Value: | 10^3~5 Ohms/sq |
Content Of Carbon Black: | 18-25% | Tensile Strength: | > 18Mpa (ASTM D638) |
Elongation At Break: | >350% | Thickness Range: | 50–200μm |
Application: | Conductive In Liner Type C Bags | Regulatory Compliance: | RoHS, REACH, And FDA Food-contact Safe Certifications (optional) |
Product Description
Carbon Black PE Conductive Compounds for Industrial Packaging Solutions The In Liner PE Bags for Type C FIBC Bulk Bag
Product Overview
Our advanced Carbon Black PE Conductive Compounds are engineered to deliver exceptional electrostatic protection
and mechanical durability, making them the ideal material for manufacturing large-scale or type C in liner PE
conductive bags. By integrating high-purity conductive carbon black with premium blown-film grade polyethylene (PE),
we have developed a proprietary compound that ensures stable conductivity, superior tensile strength, and unmatched
flexibility.
This innovative material effectively dissipates static charges, preventing spark risks when handling powders, granules,
or other friction-prone substances.
Key Features
- Optimized Conductivity: Precision-engineered carbon black dispersion guarantees consistent surface resistivity
(10^3~5 Ω/sq), meeting ASTM D257 standards for static control.
2. Exceptional Mechanical Properties:
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- High tensile strength (>18 MPa) and elongation at break (>350%) for rugged durability.
- Superior impact resistance and tear resistance, ensuring reliable performance in demanding logistics environments.
3. Processability: Compatible with blown film extrusion systems, enabling seamless production of large-format bags
(up to 2000mm width) with uniform thickness.
4. Chemical & Environmental Resistance: Withstands exposure to oils, solvents, and temperature fluctuations (-30°C to
+60°C) without degradation.
5. Regulatory Compliance: RoHS, REACH, and FDA food-contact safe certifications (optional).
Applications
- Industrial Packaging: Safe containment of combustible powders (e.g., chemicals, pharmaceuticals, metal oxides).
- ESD Protection: Ideal for electronics, automotive components, and aerospace materials requiring anti-static handling.
- Agricultural & Mining: Dust-free storage and transport of granular fertilizers, minerals, and construction materials.
Why Choose Our Conductive Compounds?
- Custom Formulations: Tailor resistivity levels, color, and additive packages to meet specific industry requirements.
- Cost Efficiency: Reduces material waste through stable extrusion performance and consistent film quality.
- Global Compliance: Adheres to international standards for static control packaging (IEC 61340, NFPA 77).
- Sustainability: Recyclable and compatible with eco-friendly additive options.
Technical Specifications
Quality Assurance
Every batch undergoes rigorous testing for conductivity stability, mechanical performance, and thermal resistance.
Our ISO 9001-certified manufacturing process ensures traceability and consistency, empowering customers to achieve
zero-defect production in critical packaging applications.
Global Supply & Technical Support
With warehousing facilities in Asia, Europe, and North America, we offer JIT delivery and dedicated R&D collaboration
to optimize material performance for your equipment and end-use needs.
Contact Us Today
Elevate your industrial packaging solutions with our Carbon Black PE Conductive Compounds. Let our experts help you
design the perfect anti-static material for your application.