Low electrostatic energy containering bag

Abstract

A fabric-type container with low electrostatic energy is composed of a main bag body and a loading-unloading opening. It features that the electrically conductive fibers are parallel arranged on the fabric at intervals of 10-30 mm for corona discharge to release static electricity into atmosphere.

Description

technical field [0001] The invention relates to a container bag with low electrostatic energy. Background technique [0002] The bag body of the current container bag is a large plastic woven bag, which is easy to accumulate static charge and generate spark discharge. At present, there are two anti-static methods. One is to add an anti-static agent to suppress static electricity, but the anti-static agent is unstable. and volatility, so it cannot reliably eliminate static electricity for a long time; the other is to have grid-shaped conductive wires on the bag body, loading and unloading port, and sling, and at the seams of the bag body and loading and unloading port, as well as the bag body and sling 1. There is a conductive film at the seam between the loading and unloading ports. The conductive thread and the conductive film are in contact with each other to form a conductive network. However, the distance between the conductive threads is large, and the anti-static effec...

AI Technical Summary

Problems solved by technology

[0002] The bag body of the current container bag is a large plastic woven bag, which is easy to accumulate static charge and generate spark discharge. At present, there are two anti-static methods. One is to add an anti-static agent to suppress static electricity, but the anti-static agent is unstable. and volatility, so it cannot reliably eliminate static electricity for a long time; the other is to have grid-shaped conductive wires on the bag body, loading and unloading port, and sling, and at the seams of the bag body and loading and unloading port, as well as the bag body and sling 1. There is a conductive film at the seam between the loading and unloading ports. The conductive thread and the conductive film are in contact with each other to form a conductive network. However, the distance between the conductive threads is large, and the anti-static effect is not good. In addition, the conductive film needs to be grounded when used. Inconvenient to use

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