It’s the 21st century and we are waking up to a huge environmental tinderbox.
Humans are using up all available renewable sources of energy in the world.
There are multiple conjunctures at play that are contributing to this global environmental conjuncture-non-uniform earthborn population explosion, large-scale deforestation, redundant consumption, inconceivable handiwork of non-biodegradable waste, a lack of responsible waste control, and recycling issues which like this story moment on BBC News. the list goes on and on.
It’s only now (in the late couple of decades) that we have started paying heed to our surroundings and tried to assess the earthborn impact and the consequences. So, the answers to our problems are still work-in-progress. But among the legion important line, we must take to contain our problems,’ reclaiming our waste and coffers is top precedence.
So, paperboard products made of 100 recycled paper are a glaring choice to replace multi-hued-sustainable and high-ticket paraphernalia. In fact, paperboard tubes have been around for a while now, dating back to the 1950s, and have proved to be cheap and eco-friendly.
Now used in a variety of diligence ranging from packaging to construction, paperboard is particularly known for its strength and structural integrity and enables 100 recyclabilities.
Characteristics that make paperboard the first choice for the construction industriousness
100 recyclable-can be reused or recovered as asked
Low-relative to other structural materials available
Strength & stiffness- competency to support structural loads as per structure laws
Technological advancements in engineering processes have enabled paper tubes to be considerably negotiated to make them suitable for a variety of uses in construction and natural winding operations. Depending on the use and function for which it’s being used, the paperboard cores and tubes can be negotiated for the wanted size, strength, and integrity for multitudinous natural and construction uses.
Until as new as 2010, the use of paperboard was limited in the field of the edifice. This was hung on the fact that paper strength is compromised when exposed to high dampness places. This limited its use for kaleidoscopic draft bearing structures.
Notwithstanding, thanks to some really important and pioneering work by 2014 Pritzker prize-winning Japanese Engineer Shigeru Ban, we’re now competent in manufacturing paperboard tubes that are specially treated to forestall dampness penetration. This how has allowed paperboard to be used for architectural structures that display high draft bearing capacity and structural strength that meet the adherences and permits.
So, paperboard tubes now find wide use in designing temporary or semi-permanent structures ditto as exhibition and entertainment spaces, houses, haven homes, and yea islands! Shigeru Ban’s design was used following the havoc of Typhoon Haiyan in November of 2013 to give Dunkirk haven in the Cebu region of the Philippines.
Paperboard Tubes in Construction Engineering
As mentioned anteriorly, paperboard tubes have been used in the construction of sedulousness since the 1950s, primarily for creating concrete columns for rearing frame construction. Large girth tubes have also traditionally been used for vertical formwork for zones and suchlike structures.
While the presently available paperboard tubes aren’t optimized for heavy structural usage, there’s huge merit in using paper tubes for designing structures due to their recyclability and sustainable use.
Presently, multiplex probe work is before underway widely to make effective use of paperboard material and tubes to replace high-cost material which can enable low cost and sustainable construction. This can potentially address the worldwide need for low-cost pods and construction.
It’s indeed the need of the hour to act responsibly and rationally.