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Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection

Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection photo-1
Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection photo-2
Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection photo-3
Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection photo-4
Conductive FIBC Liner for Hazardous Materials - Anti-Static, Waterproof, Dustproof Protection photo-5
Negotiable MOQ: 1000 Pieces (Price negotiable depending on order volume and customization)
Key Specifications
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Material:
Other, Conductive polyethylene composite
Application:
Other, Hazardous material handling
Size:
Customizable to fit FIBC dimensions
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
7 days
Material Other, Conductive polyethylene composite
Application Other, Hazardous material handling
Size Customizable to fit FIBC dimensions
Function Anti-static, waterproof, dustproof
Compatibility Designed for FIBC bulk bags
Safety Feature Static dissipation protection
Model Available in multiple specifications
Durability Reinforced puncture-resistant design
Sealing Heat-sealed seams for secure closure

Xuzhou Guozi Intelligent Technology Co., Ltd., a specialized manufacturer based in Jiangsu, China, presents our advanced Conductive FIBC Liner engineered for superior protection during hazardous material transportation. This innovative solution effectively combats static electricity risks while providing impermeable barriers against moisture and contaminants, ensuring your operations meet stringent safety standards.

Developed through rigorous R&D processes, our liners feature proprietary conductive technology that dissipates electrostatic charges throughout the material matrix. This critical safety function prevents ignition sparks when handling combustible powders or volatile substances, significantly reducing workplace hazards. The triple-layer composite construction delivers unmatched reliability in challenging industrial environments.

Core Technical Specifications:

Property Performance Data
Surface Resistance 10^4 - 10^6 ohms (ASTM D257)
Thickness Range 120-200 microns (customizable)
Tensile Strength ≥45 MPa (machine direction)
Operating Temp -40°C to +80°C

Operational Advantages:

  • Continuous static dissipation network embedded throughout material prevents localized charge accumulation
  • Multi-layer co-extrusion technology creates moisture barriers with <0.01g/m²/24hr vapor transmission
  • Anti-contamination flaps with adhesive seals maintain sterility in pharmaceutical applications
  • Customizable discharge options including spouts, duffle tops, and zip-seal closures
  • Reusable design withstands 5+ cycles without degradation of protective properties

Industry-Specific Benefits:

  • Chemical Sector: Prevents decomposition reactions caused by electrostatic initiation during pigment/powder transfer
  • Pharmaceuticals: Meets cGMP requirements with cleanroom-compatible manufacturing
  • Food Processing: USDA-compliant materials prevent cross-contamination of ingredients

Our manufacturing facility in Xuzhou operates with precision automation systems that maintain consistent quality across production batches. Each liner undergoes four-stage quality verification including spark testing, seam integrity checks, and surface resistance mapping. With dedicated technical support teams, we provide comprehensive guidance on liner-FIBC compatibility and regulatory documentation.

Trusted by chemical manufacturers across Asia and Europe, our conductive liners have demonstrated 99.7% incident-free performance in third-party audits. The patented corner reinforcement design extends service life by 40% compared to standard liners when handling abrasive materials. Contact our Jiangsu headquarters today for material compatibility testing using your specific product samples.

Frequently Asked Questions:

Q1: How does your liner maintain continuous conductivity?

A: We incorporate carbon nanotube pathways during extrusion, creating interconnected conductive networks that remain functional even when material flexes.

Q2: Can these liners handle fine powders below 20 microns?

A: Yes, our anti-static properties prevent particle adhesion to liner walls, with successful implementations in titanium dioxide and silica fume applications.

Q3: What discharge options are available?

A: Standard configurations include spouted bottoms, full-open duffle tops, and slide-seal closures - all customizable based on your equipment.

Q4: Are there temperature limitations?

A: Our liners maintain functionality between -40°C and 80°C. For extreme temperature applications, specialized formulations are available.

Q5: How do you ensure compatibility with my existing FIBC?

A: Provide your bag dimensions and loop configuration - we'll engineer liners with precise fitment and attachment points.

Q6: What documentation accompanies shipments?

A: Each batch includes material safety data sheets, surface resistance test certificates, and manufacturing traceability records.

Product Tags: Conductive FIBC Liner , Anti-Static Bulk Bag Liner , Hazardous Material Packaging

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