The cardboard cylinder tubes with lids represent a number of important features that allow for wide-range uses in the following fields:
1. Toughness and strength:
Paper tubes are rigid and resistant; hence, the area of application involves shipping, storage, and even reaches an industrial application level. That is all because of the quality and layered structure of kraft paper, which allows them to withstand pressure and impacts.
2. Lightweight.
Solid but rather lightweight, the paper tubes are easy to ship and handle; that is why this feature has a special role in logistics and transportation.
3. Personalization:
Paper tubes can be customized in terms of diameter, length, wall thickness, and surface finish. This flexibility allows manufacturers to create tubes tailored to specific needs and applications.
4. Eco-friendliness:
Most of the tubes produced by recycling are biodegradable; thus, they are friendly to the environment as packaging material. This property is increasingly becoming important since companies and consumers are seeking sustainability.
5. Flexibility
The numerous applications include paper tubes used for packaging, posting, and construction, not to mention protection purposes for delicate items. This can be a versatile solution within a great number of different industries.
What is the difference between a paper core and a paper tube?
General terms for paper cores or paper tubes are many times used interchangeably, but the terms actually mean different products applied for different uses: Paper Tubes: Cylindrical products manufactured from paper or paperboard in countless uses, from packaging to shipping to storage. In many of these applications, paper tubes will be jumbo sized and thick enough to withstand high pressure and impact. Paper Cores: These are specially made as the centre part of the rolled stocks, which are meant for winding textiles, paper, films, and tapes. Paper cores are meant to have a very high level of structural integrity to carry the material with which they are to be wound. They are majorly fabricated to become more accurate to certain dimensions and strength.