Finish Polishing With Elbor Elastic Tape of Details of Antifriction Alloys Based on Aluminum for Printing Machines




Elastic elbor tape, Polish surfaces of details of rotation, Surface roughness, Parameters cool working, Parameters cutting


Background. The technological process of the polish with elbor elastic tape on the base details of the rotation from new composite material on the base of utilized and regenerated grinding wastes production with aluminum АМ4,5Кд, АК12М2МгН, АК8МЗч and АК12ММгН + (9–12 %) MoS2 has been researched.

Objective. The influence on the parameters quality type elbor elastic tape, the characteristic of the cutting layer of the polish tape, grain micropowders and parameters of cutting on the detail surface was studied.

Methods. Surface treatment of printing machines parts made from wear-resistant aluminum composite finishing diamond grinding belts using ultrasound energy was used.

Results. New method of elbor polishing parts of aluminum-based composites and a new polishing tape based on polyethylene terephthalate for surface treatment of composite friction materials parts was created. It was established, that minimum values of surface work quality are achieved using polishing flexible elastic bands on the basis of polyethylene terephthalate and work cutting layer of elbor (LO) granularity of 0.5–1 micron (M0,5–M1) at 100 % the first concentration.

Conclusions. Also it was demonstrated, that the formation of high quality parameters of working surfaces of details, made from new composites on the base of aluminum, essentially depends from type of the polish tape, parameters cutting materials and material of elastic elbor tape base. The recommendation for the production was developed.

Author Biographies

Анатолій Павлович Гавриш, NTUU "KPI"

Anatoliy P. Gavrish,

doctor of engineering, professor at the Department of Reprography of the Publishing and Printing Institute

Тетяна Анатоліївна Роїк, NTUU "KPI"

Tetyana A. Roik,

doctor of engineering, professor at the Department of Reprography of the Publishing and Printing Institute

Світлана Миколаївна Зигуля, NTUU "KPI"

Svitlana M. Zigulia,

candidate of sciences (engineering), assistant professor at the Department of Printing and Publishing Technologies of the Publishing and Printing Institute

Юлія Юріївна Віцюк, NTUU "KPI"

Yulia Yu. Vitsiuk,

candidate of sciences (engineering), assistant professor at the Department of Reprography of the Publishing and Printing Institute


T. Roik et al., Composite Materials for Increased Bearing Conditions.Kyiv,Ukraine: Politekhnika, 2007, 404 p. (in Ukrainian).

P. Kyrychok et al., Technology Printing Production. Kyiv, Ukraine: Politekhnika, 2014, 404 p. (in Ukrainian).

O. Komnatskyy and T. Roik, “Powder antifriction material based on aluminum”, UA Patent 60174, Sept. 15, 2003 (in Ukrainian).

T. Roik et al. “The composite bearing material based on aluminum”, UA, Patent 34407, Aug. 11, 2008 (in Ukrainian).

T. Roik et al., “Antifriction material based on aluminum”, UA Patent 26862, Oct. 10, 2007 (in Ukrainian).

T. Roik et al., “Wear-resistant material based on aluminum alloy”, UA Patent 75523, Nov. 10, 2012 (in Ukrainian).

P. Kyrychok et al., Finishing Processing Wear-Resistant Parts Presses. Kyiv, Ukraine: Politekhnika, 2014, 404 p. (in Ukrainian).

T. Roik et al., New Composites Parts Rubbing Printing Machines. Kyiv, Ukraine: Politekhnika, 2014, 404 p. (in Ukrainian).

A. Gavrish et al., “Optimization of technological regimes fine grinding abrasive wear-resistant parts of the new aluminum-based composites for printing systems”, Technologichni systemy, no. 1 (9), pp. 98–108, 2014 (in Ukrainian).

A. Gavrish and P. Melnychuk, Diamond-Abrasive Treatment of Magnetic Materials.Zhytomyr,Ukraine: ZDTU, 2003, 652 p. (in Ukrainian).

E. Maslov, Theory Grinding Materials. Moscow, Russia: Mashinostroenie, 1974, 320 p. (in Russian).

P. Yascheritsyn, Advanced Technology Finishing Details. Minsk, Belarus: Belarus, 1989, 312 p. (in Russian).

J.D.D. Melo and J.T. Fong, “A new approach to creating composite materials elastic property database with uncertainty estimation using a combination of mechanical and thermal expansion tests”, in Pressure Vessels and Piping Conf., Bellevue, Washington, USA, July 18–22, 2010, vol. 6, pp. 771–776.

A. Gavrish et al. “Fine grinding parts elborove friction of composites based on aluminum systems for machine”, Visnyk KNUTD, no. 2, pp. 37–47, 2014.

N. Novikov, Tools of Superhard Materials. Moscow, Russia: Mashinostroenie, 2014, 607 p. (in Russian).

V. Lavrynenko and N. Novikov, Superhard Abrasives in Machining. Kyiv, Ukraine: ISM of NAІU, 2013, 456 p. (in Ukrainian).

M. Mazur et al., Basic Theory of Cutting Materials. Lviv, Ukraine: Novyj Svit, 2010, 423 p. (in Ukrainian).

R. ter Horst et al., “Directly polished lightweight aluminum mirror”, Adv. Optical and Mechan. Technol. in Telescopes and Instrumentation, July 14, pp. 154–190, 2008.

N. Novikov, Super Hard Materials. Preparation and Usage. Kyiv, Ukraine: ISM of NAІU, 2007, 340 p. (in Russian).

I. Chepovetsky, Basics Finish Diamond Processing. Kyiv: Naukova Dumka, 1980, 468 p. (in Russian).

V. Shcheglov and M. Ulanova, Flexible Abrasives and Diamond Tools.Moscow,Russia: Mashinostroenie, 1977, 182 p. (in Russian).

V. Lysanov, Elbor in Mechanical Engineering. Moscow, Russia: Mashinostroenie, 1978, 280 p. (in Russian).