Bio-based plastics are made entirely or partially from renewable biological sources.
For example, sugarcane is processed to produce ethylene, then it can be used to produce polyethylene.
Starch can be processed to produce lactic acid and subsequently polylactic acid (PLA).
The properties of bioplastics can vary greatly from material to material.
Bio-based or, to some extent, environmentally friendly durable plastics, so-called “drip plastics”, such as PE, PET or PVC bio-based or, to some extent, biologically based, have similar properties to their conventional counterparts. .
These bio-based plastics can not be distinguished from ordinary plastics other than scientific analysis.
Bio-based plastics, such as starch mixtures, PLA, bio-PET and bio-PE, are more commonly used in packaging applications.
They are also used in fibers in the textile sector.
Bio-based succinic acid is suitable for a variety of applications in sports and footwear, automotive, packaging, agriculture, nonwovens and fibers.
Biodegradable plastics are plastics that are subject to microorganisms under certain conditions
Water, carbon dioxide (or methane) and biomass decompose.
Global standards have been implemented to guide consumers in making decisions and ensuring the biodegradability of a plastic
, New material has been produced and a compost logo has been introduced.
Biodegradable plastics can be used in a wide range of useful ways.
They can be converted into packaging materials, extruded and molded into conventional modified machines.
Different types of fillers can be used with the system, such as wood flour, lime, clay or waste paper.
Fillers can be colored and are also used in different granulation sizes to change the appearance of the material.
It can be injected with other plastic materials such as LDPE, PP and HDPE.
The simultaneous injection process places a thin layer of plastic material on top of the degradable plastic.
It is a completely degradable product that is cheaper than ordinary plastic materials, completely waterproof and painted with ordinary plastic materials.
Biodegradable plastics applications
Biodegradable plastics offer an ideal solution in many single or short-term applications:
The shortest distance to the consumer market
Competitive quality / flexibility in producing different grades
Excellent access to the airport and communication routes
Imam Khomeini and Mehrabad airports and access to Tehran, Isfahan, Semnan, Garmsar, Arak, Karaj, Saveh and the railway.
Minimum administrative formalities from demand to delivery
Mohammad Jabarian Managing Director
Aziz Jabbarian Chairman of the Board
Majid Jabarian Vice Chairman of the Board
Hamed Shokouhi Site Manager
Hamed Shokouhi Sales Manager
Hossein Soheili Production Manager
Hamed is a technical director
Ramin Rahmani Sales Expert
1- TDS 402
3- TDS 604
4- TDS 806
5- TDS 806i
6- TDS 907
7- TDS 1309
8- TDS 1612
For more information on the latest news and our portfolio on Artan Petro Kayhan website
Meanwhile, you, the regular companions of Design Pars, can follow Artan Petro Kayhan on her Instagram page.
15 km of the old road from Qom to Tehran – Shokohieh Industrial Town – Phase 2 – Hemmat Square – Hemmat Boulevard – Babaei Square – Babaei Boulevard – Alam al-Huda Street (first street on the right) – the first corner (first street on the right) No. 1331 – Artan Petro Kayhan.
02533346770 – 72
Production of General purpose polystyrene with different grades
Qom Shokouhieh Industrial Town, end of the second phase, Babaei Square, Babaei St., Alam al-Huda St. 1, No. 1331