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One Ton Sift Proofing TYPE C PP Conductive FIBC Big Bag is a specialized bulk container designed for industries that require safe and efficient handling and transportation of materials that are prone to static electricity buildup. This conductive FIBC bag is specifically engineered to dissipate static charges, ensuring the protection of both the materials and the surrounding environment.
The One Ton Sift Proofing TYPE C PP Conductive FIBC Big Bag is a specialized flexible intermediate bulk container designed for safe handling of dry, flowable materials in environments with electrostatic hazards. With a maximum load capacity of 1 ton (1000 kg), this bag combines sift-proofing technology to prevent material leakage with TYPE C conductive properties to minimize static electricity risks. Constructed from polypropylene (PP) with integrated conductive fibers, it meets strict safety standards for industries handling combustible or explosive materials. Its design balances durability, functionality, and compliance, making it suitable for sectors requiring both containment integrity and electrostatic control.
Parameter | Details |
Product Name | One Ton Sift Proofing TYPE C PP Conductive FIBC Big Bag |
Capacity | 1 ton (1000 kg) |
Material | Polypropylene (PP) with interwoven conductive fibers (10% carbon content) |
Core Function | Sift-proof containment + static charge dissipation for electrostatic hazard environments |
Sift-Proof Features | - Ultra-tight woven PP fabric (basis weight: 200–220 g/m²) |
TYPE C Conductive Properties | - Surface resistance when grounded: 10⁴–10⁶ ohms |
Load Capacity | - Safe Working Load (SWL): 1000 kg |
PP Material Performance | - Tensile strength: 14 kN/m (warp), 12 kN/m (weft) |
Temperature Range | - Safe operating temperature: -20°C to 60°C |
Reusability | Reusable 2–3 times after inspection (conductive continuity must be tested to ensure resistance remains 10⁴–10⁶ ohms) |
Applications | Chemical Processing, Pharmaceutical Manufacturing, Metal Powder Handling, Mineral Processing |
Compliance Standards | IEC 61340-4-4 (electrostatic control), ISO 21898 (FIBC safety) |
Engineered with ultra-tight woven PP fabric (basis weight 200–220 g/m²) and heat-sealed seams, this bag prevents fine particles from sifting through. The fabric features a 0.1 mm pore size to contain powders and granular materials with particle sizes over 50 microns. All seams undergo a double-stitching and heat-sealed process to eliminate gaps, ensuring 99.9% sift resistance—tested in accordance with ASTM D4726 standards for leakage prevention.
Incorporates interwoven conductive fibers (10% carbon content) evenly distributed throughout the PP fabric, enabling static charge dissipation. TYPE C classification requires the bag to be grounded during use, with a surface resistance of 10⁴ to 10⁶ ohms when properly connected to an earth ground. This design reduces the risk of electrostatic discharge (ESD), which is critical for handling materials prone to ignition, such as fine chemicals or powdered metals.
Designed with a Safe Working Load (SWL) of 1000 kg and a safety factor of 5:1, ensuring it can withstand a maximum breaking load of 5000 kg. The bag features 4 conductive lifting loops (integrated with the main fabric’s conductive fibers) positioned symmetrically to distribute weight evenly, compatible with standard forklifts and cranes equipped with grounding clips.
The base material is food-grade polypropylene (PP) with high chemical resistance, suitable for contact with non-aggressive powders and granules. The fabric exhibits tensile strength of 14 kN/m (warp) and 12 kN/m (weft), resisting tearing during filling and transportation. Optional UV stabilization (with 0.3% UV inhibitors) extends service life to 6–9 months in outdoor storage, though indoor use is recommended for conductive components’ longevity.
This FIBC bag is ideal for industries requiring electrostatic safety and material containment:
• Chemical Processing: Transports fine chemical powders (e.g., pigments, catalysts) where sifting could cause cross-contamination or ESD risks.
• Pharmaceutical Manufacturing: Contains active pharmaceutical ingredients (APIs) with strict containment requirements, preventing product loss and ensuring workplace safety.
• Metal Powder Handling: Safely carries aluminum, zinc, or iron powders—combustible materials where static discharge could ignite dust clouds.
• Mineral Processing: Stores and transports fine mineral powders (e.g., talc, limestone) with minimal leakage, maintaining clean production environments.
Its sift resistance comes from ultra-tight woven PP fabric and heat-sealed seams, which block particle escape. It passes the ASTM D4726 sift test (less than 0.1 grams of leakage per square meter under standard pressure).
TYPE C bags use conductive fibers to create a path for static charge dissipation. They must be grounded via a copper grounding clamp (resistance <10⁶ ohms) during filling/unloading to prevent sparking—never use without proper grounding.
Yes, it can be reused 2–3 times after inspection. Conductive components should be tested for continuity (using a multimeter) to ensure resistance remains within 10⁴–10⁶ ohms; damaged fibers require replacement.
It operates safely between -20°C and 60°C. Temperatures above 60°C may degrade PP fabric and conductive fibers, reducing performance.
Yes, it complies with IEC 61340-4-4 (electrostatic control) and ISO 21898 (FIBC safety), making it suitable for global industries with strict safety protocols.
The One Ton Sift Proofing TYPE C PP Conductive FIBC Big Bag is a specialized flexible intermediate bulk container designed for safe handling of dry, flowable materials in environments with electrostatic hazards. With a maximum load capacity of 1 ton (1000 kg), this bag combines sift-proofing technology to prevent material leakage with TYPE C conductive properties to minimize static electricity risks. Constructed from polypropylene (PP) with integrated conductive fibers, it meets strict safety standards for industries handling combustible or explosive materials. Its design balances durability, functionality, and compliance, making it suitable for sectors requiring both containment integrity and electrostatic control.
Parameter | Details |
Product Name | One Ton Sift Proofing TYPE C PP Conductive FIBC Big Bag |
Capacity | 1 ton (1000 kg) |
Material | Polypropylene (PP) with interwoven conductive fibers (10% carbon content) |
Core Function | Sift-proof containment + static charge dissipation for electrostatic hazard environments |
Sift-Proof Features | - Ultra-tight woven PP fabric (basis weight: 200–220 g/m²) |
TYPE C Conductive Properties | - Surface resistance when grounded: 10⁴–10⁶ ohms |
Load Capacity | - Safe Working Load (SWL): 1000 kg |
PP Material Performance | - Tensile strength: 14 kN/m (warp), 12 kN/m (weft) |
Temperature Range | - Safe operating temperature: -20°C to 60°C |
Reusability | Reusable 2–3 times after inspection (conductive continuity must be tested to ensure resistance remains 10⁴–10⁶ ohms) |
Applications | Chemical Processing, Pharmaceutical Manufacturing, Metal Powder Handling, Mineral Processing |
Compliance Standards | IEC 61340-4-4 (electrostatic control), ISO 21898 (FIBC safety) |
Engineered with ultra-tight woven PP fabric (basis weight 200–220 g/m²) and heat-sealed seams, this bag prevents fine particles from sifting through. The fabric features a 0.1 mm pore size to contain powders and granular materials with particle sizes over 50 microns. All seams undergo a double-stitching and heat-sealed process to eliminate gaps, ensuring 99.9% sift resistance—tested in accordance with ASTM D4726 standards for leakage prevention.
Incorporates interwoven conductive fibers (10% carbon content) evenly distributed throughout the PP fabric, enabling static charge dissipation. TYPE C classification requires the bag to be grounded during use, with a surface resistance of 10⁴ to 10⁶ ohms when properly connected to an earth ground. This design reduces the risk of electrostatic discharge (ESD), which is critical for handling materials prone to ignition, such as fine chemicals or powdered metals.
Designed with a Safe Working Load (SWL) of 1000 kg and a safety factor of 5:1, ensuring it can withstand a maximum breaking load of 5000 kg. The bag features 4 conductive lifting loops (integrated with the main fabric’s conductive fibers) positioned symmetrically to distribute weight evenly, compatible with standard forklifts and cranes equipped with grounding clips.
The base material is food-grade polypropylene (PP) with high chemical resistance, suitable for contact with non-aggressive powders and granules. The fabric exhibits tensile strength of 14 kN/m (warp) and 12 kN/m (weft), resisting tearing during filling and transportation. Optional UV stabilization (with 0.3% UV inhibitors) extends service life to 6–9 months in outdoor storage, though indoor use is recommended for conductive components’ longevity.
This FIBC bag is ideal for industries requiring electrostatic safety and material containment:
• Chemical Processing: Transports fine chemical powders (e.g., pigments, catalysts) where sifting could cause cross-contamination or ESD risks.
• Pharmaceutical Manufacturing: Contains active pharmaceutical ingredients (APIs) with strict containment requirements, preventing product loss and ensuring workplace safety.
• Metal Powder Handling: Safely carries aluminum, zinc, or iron powders—combustible materials where static discharge could ignite dust clouds.
• Mineral Processing: Stores and transports fine mineral powders (e.g., talc, limestone) with minimal leakage, maintaining clean production environments.
Its sift resistance comes from ultra-tight woven PP fabric and heat-sealed seams, which block particle escape. It passes the ASTM D4726 sift test (less than 0.1 grams of leakage per square meter under standard pressure).
TYPE C bags use conductive fibers to create a path for static charge dissipation. They must be grounded via a copper grounding clamp (resistance <10⁶ ohms) during filling/unloading to prevent sparking—never use without proper grounding.
Yes, it can be reused 2–3 times after inspection. Conductive components should be tested for continuity (using a multimeter) to ensure resistance remains within 10⁴–10⁶ ohms; damaged fibers require replacement.
It operates safely between -20°C and 60°C. Temperatures above 60°C may degrade PP fabric and conductive fibers, reducing performance.
Yes, it complies with IEC 61340-4-4 (electrostatic control) and ISO 21898 (FIBC safety), making it suitable for global industries with strict safety protocols.
