friends, these are excellent properties. Only I did not find information on the processing of this element. I was told that this plastic can adapt to any process, but what about processing?
PLA can be easily processed on conventional machines using thermoforming, uniaxial and biaxial extrusion, film, injection and foam. Therefore, in general, everything is pretty good.
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friends, these are excellent properties. Only I did not find information on the processing of this element. I was told that this plastic can adapt to any process, but what about processing?
PLA can be easily processed on conventional machines using thermoforming, uniaxial and biaxial extrusion, film, injection and foam. Therefore, in general, everything is pretty good.friends, these are excellent properties. Only I did not find information on the processing of this element. I was told that this plastic can adapt to any process, but what about processing?
PLA can be easily processed on conventional machines using thermoforming, uniaxial and biaxial extrusion, film, injection and foam. Therefore, in general, everything is pretty good.
friends, these are excellent properties. Only I did not find information on the processing of this element. I was told that this plastic can adapt to any process, but what about processing?
I consider the main advantage of polylactic acid, for example, the production of 100% renewable resources annually with zero environmental impact.
yes, this is also an important factor. In addition, it is a thermoplastic polymer derived from natural sugars and is similar to many types of plastic that are currently produced on the market.I consider the main advantage of polylactic acid, for example, the production of 100% renewable resources annually with zero environmental impact.
yes, this is also an important factor. In addition, it is a thermoplastic polymer derived from natural sugars and is similar to many types of plastic that are currently produced on the market.I consider the main advantage of polylactic acid, for example, the production of 100% renewable resources annually with zero environmental impact.
yes, this is also an important factor. In addition, it is a thermoplastic polymer derived from natural sugars and is similar to many types of plastic that are currently produced on the market.
I consider the main advantage of polylactic acid, for example, the production of 100% renewable resources annually with zero environmental impact.
I will try to tell you about this, especially since I have studied the information about this element in great detail. Although, in principle, everything was explained to you in sufficient detail.
I would like to know more. For example, how did he win the competition between other similar elements? Also what are its properties, especially if it is close to ordinary plastic.
I will try to tell you about this, especially since I have studied the information about this element in great detail. Although, in principle, everything was explained to you in sufficient detail.
I am not a chemist, but what is polylactic acid? Why did the developers choose this particular element? Or is it maximally close in properties to ordinary plastic?
that's right. Moreover, it can be easily processed with standard plastic equipment, and is made from cane sugar or glucose.I am not a chemist, but what is polylactic acid? Why did the developers choose this particular element? Or is it maximally close in properties to ordinary plastic?
that's right. Moreover, it can be easily processed with standard plastic equipment, and is made from cane sugar or glucose.
I am not a chemist, but what is polylactic acid? Why did the developers choose this particular element? Or is it maximally close in properties to ordinary plastic?
in fact, its application is quite widespread. It can be used in the industrial sectors of packaging, the automotive industry, transport, construction, the beverage industry, biomedical applications, cosmetics, and pharmaceuticals.
yes, that’s really impressive. Well, if there is more bioplastics, then there will be less pollution. And polylactic acid, from which this cool innovative product is created, will help.
in fact, its application is quite widespread. It can be used in the industrial sectors of packaging, the automotive industry, transport, construction, the beverage industry, biomedical applications, cosmetics, and pharmaceuticals.
I would also like to note that 60,000 tons per year is the production of only the first bioplastics production line in Italy, or rather, in Rome.
my friend, you were a little mistaken. The previous commentator correctly named the location of the plants and the final bioplastics production capacity. Be careful when studying information.I would also like to note that 60,000 tons per year is the production of only the first bioplastics production line in Italy, or rather, in Rome.
my friend, you were a little mistaken. The previous commentator correctly named the location of the plants and the final bioplastics production capacity. Be careful when studying information.
I would also like to note that 60,000 tons per year is the production of only the first bioplastics production line in Italy, or rather, in Rome.
I would also add, friends, that the use of the blockchain also allows you to track every step during the delivery of the product. This is a distributed ledger system, convenient, reliable and promising.
friends, as I understand it, now there will be more bioplastics produced by the Italian organization. Tell me how much volume will be produced?
in general, it is planned to develop factories in Slovenia and Malta, and their final capacity will be about 60,000 tons per year.Jump to: