Study of Wear Behavior of Hard facings and Different Weld Patterns on Sugar Mill Rollers

Abstract

Wear on sugar cane roll shells is costly maintenance problem for sugar cane mills. This research is conducted to understand the wear process in roll shells made of steel. In this process, sugarcane fiber – commonly called bagasse – is squeezed between grooved roll shells to extract sugar. A new test apparatus, based on the test machine, is built to study the wear caused by the slippage of bagasse on low-carbon steel under laboratory conditions. Contact pressure, mineral extraneous matter (MEM) within the bagasse, and velocity of the steel passing the bagasse can be varied. Silica sized in the range of 0.212– 0.300mm is used as the MEM. Wear on the specimens is gravimetrically measured. Surface roughness and micro-indentation hardness is to be measured before and after testing. New surfaces and worn surfaces is to be analyzed by using optical and scanning electron microscopy. By using this test rig, the performance evaluation will give us test rig to find wear of roll shell material, best weld pattern to minimize wear, best welding electrode for hard facing deposition on roll shell, Facilitate to Carry out test on bagasse, bagasse + Silt and bagasse + Silt + sugarcane juice.

Authors and Affiliations

Prashant Balkrushana Chavan, Prof . Vijay L. Kadlag

Keywords

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  • EP ID EP24733
  • DOI -
  • Views 419
  • Downloads 15

How To Cite

Prashant Balkrushana Chavan, Prof . Vijay L. Kadlag (2017). Study of Wear Behavior of Hard facings and Different Weld Patterns on Sugar Mill Rollers. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 5(6), -. https://europub.co.uk/articles/-A-24733