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Location

Iranian Tulk Company is a fast growing, high technology company with high capacity in operation units located in the Sefidrood Industrial area of Rasht, on the coast of the Caspian Sea.

This company is the first aluminum easy-open ends manufacturer based in the north of Iran with advantage of having easy access to Free Zone of Anzali port at Caspian sea.

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Facility

Iranian Tulk Company is a fast growing, high technology company with high capacity in operation units located in the Sefidrood Industrial area of Rasht, on the coast of the Caspian Sea.

This company is the first aluminum easy-open ends manufacturer based in the north of Iran with advantage of having easy access to Free Zone of Anzali port at Caspian sea.

Technical Information

6.Technology that retains deliciousness

Technology that retains deliciousness

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Outstanding flavor retention

TULC has much better properties rather than the conventional cans  in  terms of  flavors retention because  its internal surface  is  laminated  with  polyester   film   that   absorbs   less  flavor  components  and  allows  significantly less migration of organic  substances over conventional lacquer coating.

5.Technology that encourages recycling

Technology that encourages recycling

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Remarkable recyclability In cause of laminated polyester films only consist of carbon, hydrogen  and  oxygen,   it discharges no toxic fumes when burned off for recycling.

4.Technology that is friendly to the atmosphere

Technology that is friendly to the atmosphere

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Reduction of CO2 emissions to less than 1/3  Lamination of polyester  film  on both the internal  and external surface of  “TULC” eliminates the need for coating   and   baking  processes  that  are essential with the conventional aluminum  DWI  can.  As a result, emission of carbon dioxide, a cause of global warming, from one  “TULC”  has been reduced to less than a third of what comes out one aluminum DWI can.

3.Technology that does not produce wastes

Technology that does not produce wastes

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Ultimate reduction of industrial wastes

40 tons of solid waste per line is generated monthly from the treatment of waste water used for the forming of aluminum  DWI  cans.  On the other hand,  there is no waste water from the forming process of  “TULC” and it generates mere 120 kg of solid waste per month ( from waste lacquer ).

2.Technology that does not use water

Technology that does not use water

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New forming method that does not cause water pollution During the forming of aluminum DWI can, a large amount of water is consumed to rinse  out the coolant  required  for the ironing process,  reaching to as much as  9,000  m3 per  month for a single line.  In the contrast,  “TULC”  uses absolutely no water during its can forming  process because  it  employs  what is called  dry forming  that does not required Coolant.

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1.Technology that covers “Cradle-to-Grave”

1.Technology that covers “Cradle-to-Grave”

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Developed based on LCA (Life Cycle Assessment) The unprecedented   low  environmental   load   of   TULC  was   attained   by  the introduction of LCA procedures in the process of its development. For the life cycle; from raw material  processing  to recycling, one  TULC has reduced the production energy by 26% and the carbon dioxide emissions by 20% compared to one aluminum  DWI can.

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Cans are an ideal choice for beverage packaging:

1. easy to handle and transport
2. easy to open
3. unbreakable
4. cools quickly in the fridge
5. lightweight and volume efficient
6. protects content from light and air
7. long shelf life
8. environmentally friendly
9. easy to recycle
10. maintains fizz and freshness
11. compact – best cubic efficiency for carbonated drinks
12. fast and efficient filling
13. no labeling required
14. Polished surface.
15. No coating process needed.
16. It can reduce CO2 occurring in the coating process.
17. Laminated resin does not contain environmental hormones.
18. No cleaning process needed when used for beverage or food containers.