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Static electricity in ton bags is harmful

Oct 17, 2023

With the improvement of environmental awareness, the market prospects will be better, market demand will also expand, and the use of domestic and foreign markets will become more and more popular. This provides opportunities for the development of ton bags. Manufacturers must seize the opportunity and meet the challenges, how to solve the harm of static electricity?
High potential discharges of static electricity occur during the handling of tons of bags. When the contents of the package are flammable substances, the operator receives an electric shock, the volatilized steam and air reach a certain ratio, or the solid dust reaches a certain concentration. Once it encounters a static spark, it will explode. Electric shock accidents often occur when transporting plastic-packaged goods in warehouses.
The key point in testing the quality of container bags is the load-bearing capacity of the container bag slings. The load-bearing capacity of the slings is also very important. In many cases, when we do not use forklifts to crash, we often use slings to bear the neutrality of all goods, which is related to Our packaging being safe.
What we need to test the container bag is its hoisting capacity. When dropped from a high point in the net, whether it can withstand more stretching of the earth's gravity without being damaged. This is an important aspect for us to measure its quality.
Lightweight ton bags are produced with less material and are used to reduce the weight of packaging. Lightweight materials are becoming more and more popular in the packaging field. Tons of bags present many challenges in reducing the weight and thickness of packaging materials, and maintaining the performance and functionality of the original packaging while being lightweight. Packaging material production technology is a major challenge, which is emphasized in almost every kind of plastic packaging. Material innovation and technological progress have led to great progress in the shape and structure of lightweight packaging.

 

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