What are the main uses of conductive FIBC? Introduction of conductive FIBC

Hello! For dangerous goods packaging, there are special conductive container bags. Conductive FIBCs are designed for sensitive, flammable and explosive environments, including combustible hydrocarbon vapor environments.

These FIBC bags are made of conductive torch cloth or woven cloth coated with a conductive antistatic coating. Conductive cloth is a woven cloth of interwoven conductive fibers and flat wires. The design must meet the electrostatic ignition hazard standard, and the most fundamental thing is that the conductivity of all components of the FIBC is connected and grounded.

If the FIBC is not grounded at the time of filling or unloading, it is possible to generate a high-energy spark discharge on the surface of the bag, which is sufficient to ignite flammable and explosive dust or solvent vapors. Therefore, the grounding film must be designed on the container bag, of course, when the container bag is suspended during use, the conductive wire of the sling also plays a grounding role. Now abroad, many enterprises choose container bags to transport hazardous chemicals, reusability, utilization, low weight, easy mechanized loading and unloading operations and convenient logistics and transportation.

Chongqing Stosec specializes in the production of conductive container bags, and is a pioneer in the container bag industry.

Conductive FIBC plays a role in conducting electricity through the grounding of the conductive wire woven in the bag body fabric and sling. Effectively remove the static electricity generated during loading and unloading, prevent combustion and **, mainly used in the packaging of dangerous goods in chemical, pharmaceutical and other industries.

Many chemical raw materials are flammable and explosive dangerous goods, and the transportation conditions are very harsh and the cost is extremely expensive. The use of conductive container bags, permanent anti-static container bags woven bags, packaging chemical hazards, explosive and flammable materials, so as to achieve the effect of flame and explosion prevention, reduce potential safety hazards, reduce transportation costs.

Conductive container bags, also known as anti-static container bags, can be divided into conductive container bags and low static container bags. It acts as a conductive wire through the grounding of the conductive wire woven into the cloth of the bag and the sling. It can effectively remove the static electricity generated during loading and unloading, prevent the occurrence of dangerous situations such as combustion and discharging, and is mainly used for the packaging of dangerous goods in chemical, pharmaceutical and other industries.

No matter what kind of conductive container bag, its ultimate purpose is the same: that is, to remove the charge generated by friction on the container bag.

Conductive container bags are also called anti-static container bags, and the conductive container bags in use now can be divided into conductive container bags and low static container bags.

In 2003, Chinese enterprises began to develop anti-static conductive plastic container bags in accordance with foreign standards. I (work unit: Jiangmen Xinhui Tianrun Textile****) assisted a container bag production plant to produce sample bags at the end of May 2003 and send them to the United Kingdom in June, in accordance with PD CLC TR 50404:

2003 standard passed the test. At present, there are many enterprises that can produce anti-static conductive plastic container bags, that is, B and C type plastic container bags, but China has not successfully developed D-shaped bags with its own intellectual property rights.

Due to the large investment in the establishment of a test laboratory for D-bags, the high accuracy requirements of the instruments, and the high requirements for the operation of testers, the development of D-bags is difficult. Some plastic container bag procurement and use enterprises have also given up purchasing D bags because they do not have D bag testing capabilities.