What is a bamboo pulp?

Bamboo pulp is a viscous solution of bamboo fibers, water and chemicals used to make paper and fabrics. Bamboo is a woody, permanent plant belonging to the family of grass, which has fibers similar to soft woods in length and strength. The fibers also have strong antibacterial properties that significantly increase the properties of items made of bamboo pulp. The pulp is produced in almost the same way as the wooden shelves, with several processes distributing hard and soft varieties of wood in tandem with bamboo. The process involves a decrease in finely discarded bamboo to pulp by "cooking" chips under pressure in water and chemical solution in a pressure vessel.

Bamboo is a fast growing, evergreen plant belonging to the botanical family of grass. It has long been used as building materials and as a source of tools, weapons and ornaments in several global regions, especially in Asia. In these regions, bamboo pulp has also been used to produce high qualitypaper for many years. However, the recent green trends have noticedA considerable amount of attention paid to many uses of the plant in other world regions. The fact that many bamboo species grow up to 3.3 feet (1 meter) a day, along with several remarkable physical properties, make bamboo an extremely attractive and highly sustainable source of many terminal products, including bamboo pulp for textile and paper production.

In terms of length and strength, bamboo plants are similar to soft woods such as pine and fir, traditionally used to make wood pulp designed for paper production. In fact, bamboo is often dissolved in tandem with varieties of soft and hard wood because of these similarities. Bamboo fibers also have antibacterial properties that prevent the formation and spread of bacteria and fungi in fabrics and paper produced from bamboo pulp. In advertising, bamboo fibers contain high concentrations of cellulose, resulting in strongand robust end products.

The production of bamboo pulp includes splitting bamboo stems to form a fine aggregate. The chips are then "cooked" or heated under pressure, in a container known as a digestor in water solution and chemicals. This process divides the fibers into viscous pulp, which is completely subjected to several stages of explanation to remove chemicals and suspended impurities. The pulp is then dried by drawing residual water from the pulp using a vacuum pump and allows the resulting half -axis to either dry in the dose oven or naturally in the open air. At this point, the dry pulp is compacted into leaves or parcels of readiness for distribution.