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Application Scope of Conductive Bulk Bags

Release date:

2021-10-11

Conductive bulk bags have an extremely wide range of applications. Let’s now examine the application standards and the composition of conductive bulk bags. These bags are primarily used to contain bulk, granular, or powdered materials, and the physical density and looseness of the contents can significantly affect their overall performance. When assessing the quality of a conductive bulk bag, it is essential to test it with products that closely match the customer’s intended load. For container liners designed to achieve a safety factor of five or greater, even if only two slings are used, the tensile strength of either both of the four lifting rings or one of the two lifting rings must exceed 2.5 times the rated load. Conductive bulk bags typically consist of multiple layers…

Conductive bulk bags have a very wide range of applications. Let’s now examine the application standards and the composition of conductive bulk bags. These bags are primarily used to contain bulk, granular, or powdered materials, and the physical density and looseness of the contents can significantly affect their overall performance. When assessing the quality of a conductive bulk bag, it is essential to use products that closely match the customer’s intended load as much as possible.

For what can be achieved Container liners with a safety factor of at least 5 must ensure that, even when using two slings and four lifting rings—whether both rings or just one—the tensile strength exceeds two and a half times the rated load. Conductive bulk bags typically consist of a large bag made from multi-layer composite materials, suitable for packaging hazardous substances such as calcium carbide. With a capacity of one ton, the bag is composed of an outer layer, an intermediate layer, and an inner layer.

Conductive bulk bag

The outer bag is made of laminated plastic woven material, the inner bag is made of polyethylene film, and the intermediate bag consists of four to five layers of a specialized composite material suitable for packaging (such as calcium carbide). This conductive bulk bag offers superior sealing performance, greater strength, and lower costs. Compared with traditional iron drum packaging, using conductive bulk bags or liquid‑conductive bulk bags significantly reduces transportation expenses, cuts powder loss to just one‑tenth of the previous level, and substantially enhances economic efficiency.

In general, conductive bulk bags that have passed the lift test do not pose any problems. If a bag does fall when being lifted at ports, on railways, or on trucks, there are only two possible explanations: either it was handled incorrectly, or the bag failed the lift test. For safety factors greater than For conductive bulk bags with a 5× safety factor, even when both slings are fixed, at least one of the two lifting rings or one of the four lifting rings must have a tensile strength exceeding 2.5 times the rated load.

To ensure the reusable conductive bulk bags remain in good condition, store them indoors whenever possible to protect them from wind, direct sunlight, and humid environments. Additionally, avoid storing them alongside corrosive materials to prevent quality issues. When storing, sort the bags by type and size, and arrange them appropriately to maintain cleanliness.

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Application Scope of Conductive Bulk Bags

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