Highly accredited solutions engineered with high-tensile carbon fibers, optimized for bulk logistical safety and electrostatic discharge prevention in heavy industries.
Understanding the technical breakdown of FIBC classifications ensures correct procurement for hazardous industrial projects.
| FIBC Type | Electrostatic Properties | Grounding Requirement | Safe Use Environments | Key Application Scenarios |
|---|---|---|---|---|
| Type A | Made from standard insulating materials. No static protection. | No Grounding possible. | Non-flammable powders. Empty atmosphere. No explosive dusts. | Transporting sand, construction rubble, aggregate. |
| Type B | Insulating fabric but has low breakdown voltage (<6kV). | No Grounding. | MIE of dusts > 3mJ. No flammable gases nearby. | Dry starch, agricultural fertilizers without solvents. |
| Type C | Fully conductive. Woven with interconnected carbon threads. | Mandatory Grounding (Resistance to Ground < 107 Ω). | Extremely explosive dusts, solvents, and gas environments (MIE < 3mJ). | Talcum powder, metallic minerals, pharmaceutical chemicals. |
| Type D | Static dissipative fabric using Crohmiq or similar specialty yarn. | No Grounding Required (corona discharge safety). | Explosive dusts and gases without reliance on operator grounding. | Refinery materials, high-output chemical powder lines. |
Pioneering electrostatic containment technology through raw material integration and automated production lines.
From virgin PP resin to inspected, static-shielded bulk container bags ready for global distribution.
Our Type C Conductive Bags are custom engineered to handle specific heavy-industry loads in regional networks.
In underground mining and pulverizing plants, coal dust levels are exceptionally high. Fine particles suspended in the air represent a massive combustion risk. Our Type C Grounded Jumbo bags offer safe transport of pulverized minerals by completely grounding the bulk material, precluding spark ignitions.
Aggressive nitrogenous compounds and raw chemical granules generate substantial static friction on contact with plastic surfaces. Woven Type C conductive liners with anti-sift seams prevent powder leakage while neutralizing electrostatic build-up during automated high-speed chute filling.
Bulk transshipments involve high temperature swings and heavy friction. Stacking bags in dense holds demands strong UV protection and structural resilience. Our bags are treated with premium UV stabilizers to resist sea air degradation and keep structural integrity during multi-point crane handling.
Essential insights for procurement managers and site safety officers evaluating FIBC systems.
Heavy-duty transport containers configured with tailored static dissipation, internal liners, and reinforced lifting loops.
Get in touch with our Hebei export specialists today to request technical product drawings, raw material specifications, and a free volume quote.