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ABOUT US

One of the world’s biggest yarn-makers, KORTEKS commenced operation in 1989 with the manufacture of yarns under the “TAÇ YARN” name.

1989

A Lurgi GmbH project

 

The original construction and installation works were carried out by Lurgi GmbH, after which production of yarns under the “TAÇ YARN” name began in 21,440 m2  of factory space.

1990

Production of partially-oriented polyester yarn (POY) from chips begins with a production capacity of 18 tons/day.

1990

Emre Project

 

With the completion of the Emre Project in 1990 a polycondensation plant was installed with an initial production capacity of 65 tons/day. This was later increased to 80 tons/day.

1997

Construction of the factory’s MEG tanks is completed. By enabling the company to store raw materials sufficient to keep its operations going for up to a month, these tanks significantly reduce KORTEKS’s dependence on suppliers.

1997

Berkun Project

 

Construction work on  the Berkun Project to build KORTEKS’s second plant began in 1997. With a total of 123,398 m2  of manufacturing space, the plant was commissioned and went into operation after just 27 months: 18 for construction and 9 for mechanical installation.

1998

KORTEKS’s polycondensation, POY, and FDY (fully-drawn yarn) units commence production. The result is the world’s biggest-capacity single-line continuous polycondensation + direct melt-feed POY-FDY manufacturing facility.

1998

The twisting and fixing vat is installed. The project’s 44,000 m2 of manufacturing space and 22,000 kg/day capacity enable the company to expand its product range from flat and texturized yarns to twist, crepe yarns, Knit de Knit (KDK)-Lezzeni yarns, shaggy yarns, and fancy, embroidery yarns.

2000

Installation of the Muratec machinery is completed.  With a total texturized yarn production capacity of 110 tons/day in 50,000 m2 of manufacturing space, these machines are equipped with an online process control system.

2001

R&D / P&D pilot machinery is installed in order to further diversify production by allowing new products to be added to the portfolio. These machines are designed so as to quickly turn out small quantities of new yarns on a trial basis according to customers’ sample requests.

2002

POY packaging operations are automated and POY package weights are increased to 20 kgs. This makes it possible to minimize human error, increase customer satisfaction, save time, and protect product quality by eliminating the need for hand-wrapping.

2002

With the installation and commissioning of air texturizing machines that make it possible to manufacture yarns with different weights and filament counts, the company is able serve a wider range of customers making goods like carpets and automotive

2002

AFK texturizing machinery is installed and commissioned. Thanks to such features as micro- and super-micro production, automatic mounting, command metric production, and online process control, manufacturing is made much more efficient and error-free.

2006

KORTEKS engineers complete the installing of a texture-sorting automated packaging system that makes it possible to minimize human error, save time, and protect product quality by eliminating the need for hand-wrapping.

2007

A monofilament separation and bobbin dyeing plant is installed. This permits the manufacturing of 20/1-30/1 weight fine yarns and gives KORTEKS the ability to satisfy customers’ demand for hank-dyed products, thereby sparing them the need to outsource the process themselves.

2008

A masterbatch production system is installed and commissioned and manufacturing begins. This new system makes it possible to increase color diversity in dope dyed color-fast yarns while also reducing the company’s dependence on dye suppliers.

2010

Colored production capacity is increased in dope dyed yarns.

2013

Work begins on a project to set up an in-house KORTEKS R&D Center.

2015

Work begins on the installation of 35 new-generation texturizing machines.

2015

The KORTEKS R&D Center is audited and licensed by the Ministry of Science, Industry and Technology.

2017

New generation texturizing machines have been installed.