But how can the use of plastic bottles affect our health because we use them only as containers? After all, we only use the liquid inside the bottle, not the plastic? These are clearly logical questions that people ask. We will answer the question in a roundabout way, not directly. You have a 1 liter plastic bottle (simply a better option than a whole bottle) and turn it around.
The plastic bottle (actually all items made of plastic) must have a protruding triangular structure on the surface (made up of three straight lines that do not join at the edges). Inside this triangle is a number from 1 to 7 (this small figure is usually at the bottom of a bottle or container, but it can be anywhere). These numbers indicate the type of plastic used to make the bottle.
The most common bottle material under # 1 is PET (polyethylene terephthalate). The plastic bottle manufacturer Australia has PVC (Polyvinyl Chloride) at # 2, LDPE (Low-Density Polyethylene) at # 3 and # 7. The higher the number, the less recyclable the plastic.
Plastic is a synthetic man-made material not natural. Combination. Different organic compounds are combined under different conditions by chemists to produce different types of plastics. After this, plastic bottles are made from this product by SPM (Special Purpose Machine). Since plastics are not biodegradable, they are usually recycled, and here comes our problem. When plastic bottles are frequently used in the recycling cycle, the plastic molecules lose some of their binding power and pass through wear and tear at the microscopic level. This causes small cracks in the material which in turn can lead to the leaching of a chemical called BPA (biphenyl A). BPA can affect your hormones, lead to cardiovascular problems and even act as a carcinogenic catalyst (hold your breath). Can then leak a compound called # 3 and # 4 DEP that causes cancer. At the end of the category, # 7 falls into another category that does not support recycling.
Conflicts of interest
There is a war of words between the plastics industry and environmentalists. Early reports of biphenyl A degradation were discredited by the plastics industry as a research paper by a University of Idaho student whose research was never verified by experts and was not discredited by colleagues. The FDA was also of the opinion that there was no scientific basis for the alleged harmful effects of B phenyl A. Although Health Canada banned the use of PET in baby bottles in 2008, environmental groups have found hidden energy stores. The FDA (Almighty Drug Regulatory Authority of America) now says it is concerned about biphenyl effects in children and the fetus.
So what do we do now? Should we use plastic bottle packaging as the plastic industry tells us? No – obviously not. We have compounds of aluminum, stainless steel, or lightweight metal. We have glass.
What to do now?
In my humble opinion, we should avoid using1 liter plastic bottle as much as possible, although we think that only 1% of the above have true content and 99% mythical content is definitely better, the descendants deserve better. There is more emphasis on irony if you are planning to take a child’s drinking water to school in a plastic bottle. Contact us now!