Now, the corrugated board has been removed from the heap strength. If you don’t square it, 30% can be reduced. Also, a very important factor is the weight of a pound/pint of water. We all know that stacking power is not a small problem! Now, the bottle bears the burden of the whole heap of power.
We all know this is problematic. Because at the same time, the corrugated box was cut. In general, they are cut into trays. Reducing the wall thickness of the bottle is something we’re trying to do — and of course the buildup can be further reduced.
You can pull the bottle wall down.
As it all happened, the blow – makers changed and they became more and more advanced. Gradually, the problem of the excessive sparsity of the walls on the largest scale, such as the bottom corner, can be solved by them. Now they have the technology to reduce the amount of plastic used in each bottle. As you can see, the density of water stays the same. Also, the stable pound/pint that is now carried by the bottle will be carried by thinner bottles. In the absence of carbonic acid, filling head space is dependent on other high-volume beverages. And. Rigid thinking walls can be provided. For example, empty aluminum cans, which can support a person’s weight until the side wall is tapped gently.
Of course, carbonated water is a completely different thing. It’s not what many single people think. Innovative rescue. A solution is provided by nitrogen. On video, a small amount of inert liquid is sprayed into the bottle before it is covered. When nitrogen vaporizes, the head space of the bottle is filled with gas. Sometimes even a hard, stacked thin wall bottle is left behind. If it is the same solution, the removal of oxygen from the head of other liquid packaging can also help – such as high quality screw caps.