It’s pretty clear that climate change is a real and serious problem. What we don’t know, though, is how it will affect the world and our environment in the future. Will we be able to adapt? How can we prepare now for what might happen in the years ahead?
With an aim to provide environmentally sustainable solutions to industries across the globe, Nexqo has developed BioPVC and BioPaper. Both of these materials are providing sustainable solutions to hotel owners in an effort to go green.
So if you are a hotel owner looking for green solutions or a Green enthusiast then this blog post is for you. In this blog post, we are going to tell you “what is BioPVC?”, “What is BioPaper?”, the difference between these two, their applications in the hotel business sector, how they are helping hotels go green.
What is BioPVC?
BioPVC is an advanced form of traditional PVC that is not only eco-friendly but also 100% oxo-biodegradable. This means that it will degrade naturally in the environment without releasing greenhouse gases or other toxic gases. This BioPVC material consists of PVC and a metal salt as an active substance.
It has all the properties of plastic i.e. waterproof, hard, tear-resistant with the addition of biodegradable. The following are some of the features of BioPVC.
An eco-friendly, low-cost alternative to polystyrene.
Simple to work with
Stable
Waterproof
BioPVC is being used in making access key cards, hotel key cards, metro cards, and other cards in the hotel industry and other industries.
What is BioPaper?
BioPaper is a revolutionary material that is not only 100% eco-friendly but also a substitute for traditional PVC and BioPVC. It is being used to make hotel key cards, RFID tags, labels, metro cards and etc. It is made up of 100% naturally occurring materials. The best thing about BioPaper is that it degrades in the environment quickly but it still has the same properties as PVC.
Being an environmentally sustainable solution to PVC and BioPVC, BioPaper is recommended by environmental protection agencies and regulatory bodies across the globe.
One my ask or think that both BioPVC and BioPaper are eco-friendly and substitute for traditional plastic, so what is the difference between these two? So here is the answer to this question.
What is the difference between BioPVC and BioPaper?
The first and foremost difference is in the composition of these materials. The BioPVC is 97% PVC and 3% additives. While BioPaper is made from naturally occurring resources that is readily available in the environment.
Secondly, the carbon footprint of BioPaper, during the manufacturing process, is far less than the BioPVC.
BioPaper needs no special treatment before disposing of it to the environment. While BioPVC needs to be cut into pieces before throwing them into landfills otherwise it will not degrade.
BioPaper is more compelling as a 100% eco-friendly material due to its composition.
What are the similarities between BioPVC and BioPaper?
As there are many differences in both of these materials, there are many similarities too. The following are some prominent similarities between these 2 materials.
Both of these materials are eco-friendly and substitute for traditional PVC.
They are being used to make access control cards.
Their applications in the hotel business sector are helping hotels go green and reduce their carbon footprint significantly.
Both materials have the same physical properties i.e. stable, tear-resistant, waterproof, and etc.
Now, you know a lot about the differences and similarities between BioPaper and BioPVC. But there is one thing more that is the takeaway of this information. This is BioPaper key card for hotels. These key cards are made with BioPaper material. If you are looking to replace the key cards of your hotel rooms then choose BioPaper keycard, being 100% eco-friendly.
The eco-friendly and high-quality performance of BioPaper card, as the first plastic-like paper card, has made it a must-have for hotels. Don’t miss this opportunity. Get your BioPaper hotel card now! Or, you can take a look at our BioPVC here.