Characteristics Of Bamboo

Bamboo may visually appear like a simple plant, that isn’t much different nor capable of more than other plants. However, bamboo is a unique species of plants, and this is evident, as it is capable of absorbing carbon dioxide and releasing up to 30% more oxygen into the atmosphere than the typical hardwood trees. Moreover, bamboo is capable of surviving in harsh conditions, such as the Himalayas and doesn’t require any fertilisers for efficient growth, as its own dead leaves acts as a fertiliser, by providing sufficient nutrients for the bamboo to grow further. Also, bamboo can thrive at a speed of 90 centimeters in height in a day. In addition, bamboo has anti-bacterial qualities, which allows it to last for a lengthened duration of time.
This is because the manufacturing process of the bamboo is simple and not complicated, and requires no additional care, such as polishing and repaint. All that is necessary, is to cut the bamboo into the desired length. Furthermore, it can be easily removed and detached, as it is very lightweight. It can then be repositioned or stored for further usage. Moreover, bamboo is generally known to the construction industry for a large number of reasons, but it is best known for its physical traits. Guadua bamboo is a species of bamboo is most commonly used for construction purposes. Its tissue construction as well as the chemical it contains are critical factors to the bamboo’s physical uniqueness. Its tissue construction is 9% conductive tissue, 40% fiber and 51% parenchyma. This proves that bamboo has an extraordinary amount of fiber; five times of those that would be found in typical trees. This grants the Guadua bamboo extreme elasticity and durability. Furthermore, it also comprises a large amount of silicic acid, which is a chemical that makes the bamboo durable and rigid. Such tissue composition allows the bamboo to be as rigid and flexible as it is. Research has shown that the Guadua bamboo has a tensile strength of 40 kN(kilo-newtons)/cm2, a force that is equivalent to roughly 4079 kg. The tensile strength of the bamboo by far exceeds timber fibers which have a tensile strength of 5 kN/cm2, in addition to mild steel, which has a tensile strength of 36 kN/cm2. The elasticity of bamboos make them suitable for constructions of skyscrapers, as they can first, withstand the force of the wind and return to its original form; whereas steel or wood has a greater potential to snap, due to the fact that they possess less of the elasticity and endurance of the bamboo. Such data could conclude that bamboo is