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Journal of Chemical Technology and Applications | Volume 2
Annual Spring Conference and Expo on
April 04-05, 2018 | Miami, USA
Chemical Engineering: From
Materials Engineering to Nanotechnology
allied
academies
S
teel cords like nylon or polyester cords are one of the
most important component of tire in industry. The
adhesion strength between these cords and the rubber
depends on the surface properties of the cords which is the
main component of tyres. Adhesion property can be varied
by various modifications of surface of steel cords. One of
various modifications of surface is roughen of the cord
surface by irradiation. In our previous study, it has previously
investigeted the effect of suface properties of the UV-laser
irradiated nylon cord on adhesion. In this study, steel cords
which are the most important additives, are irradiated with
UV excime laser with different pulses and fluences and
roughened with the effect of laser beam on the surface.
The presence of the shagginess was examined via optic
microscopy and then, adhesion properties of the natural
rubber tyre after adding UV Laser beamed steel cords was
observed via measuring their tensile strengths. Maximum
elongation load, stress at break, elongation at break, change
of modulus properties with pulse and fluence are examined.
The results showed that the load, stress, elongation and
tension at break point is increased up to 300 pulse, and then
decreased. Also modulus decreased up to 300 pulse and
then increased.
Speaker Biography
Satılmıs BASAN has completed his PhD at the age of 35 years from Hacettepe Univesity
and postdoctoral studies fromGlasgow University, Department of Chemistry and Akron
University, Department of Polymer Engineering. He is the Head of Department of
Chemical Engineering, Hittite University, the Founder Dean of Faculty of Engineering,
Hittite University, Editor in Chief, Journal of the Turkısh Chemical Society, Section B:
Chemical Engineering. He has published more than 26 papers in reputed journals.
e:
satilmisbasan@hitit.edu.trEffect of surface properties of the UV laser irradiated steel cords on adhesion
Satilmis Basan
1
and
Erol Sancaktar
2
1
Hittite University, Turkey
2
University of Akron, USA