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Type C conductive bag (also known as groundable conductive FIBC) is a specialized packaging product designed for flammable and explosive environments, primarily used to eliminate safety hazards caused by static electricity accumulation during material loading, unloading, and transportation. Its key design feature is that conductive filaments are interwoven into both the bag fabric and lifting slings, combined with the use of conductive films. Through grounding the conductive filaments, an electrostatic discharge channel is formed, which can effectively dissipate static electricity generated during loading and unloading, fundamentally preventing sparks from electrostatic discharge and avoiding dangerous incidents such as combustion and explosions. The surface resistance of such products is strictly controlled below 10⁷Ω, complying with relevant electrostatic safety standards. The bag body is made of high-strength polypropylene material, featuring excellent tear resistance and chemical corrosion resistance. Some styles can be equipped with leak-proof stitching and PE inner bags to achieve dust barrier and leak-proof effects. It is worth noting that the size, style, and load-bearing capacity of FIBCs can all be customized according to needs, and Type C conductive bags also support flexible adjustment of various parameters based on material characteristics, loading requirements, and usage scenarios.
With reliable electrostatic protection performance, Type C conductive bags are widely used in high-risk industries with static electricity risks. The core applications include:
Used for packaging and transporting various flammable chemical powders, pigments, catalysts, resin powders, and other materials, suitable for environments with flammable vapors or gases.
Loading sensitive materials such as pharmaceutical intermediates and excipients, ensuring electrostatic safety while meeting the cleanliness and protection requirements of the industry.
Suitable for the transportation of conductive or flammable powder materials such as lithium battery materials, metal powders, and metallurgical powders, avoiding safety accidents caused by static electricity.
Used for packaging powder materials requiring electrostatic protection such as food additives, feed additives, and ore powders, especially suitable for production and warehousing environments with combustible dusts.
