Features of wear of agricultural machinery components strengthened by Fe n B-Fe-B composite boride coatings

Chernoivanov, V. I.; Ljaljakin, V. P.; Aulov, V. F.; Ишков, А. В.; Krivochurov, N. T.; Ivanajsky, V. V.; Koval, D. V.; Соколов, А. В.

doi:10.3103/s106836661502004x

Cited by 19 publications

(8 citation statements)

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“…Most of the agricultural machinery needs to surface engineering (coating process) that resists wear conditions and corrosion conditions at all their applications. The surface engineering includes thermal spraying, hardfacing, heat treatment, electroless, and electrodeposition coatings [31,[47][48][49].…”

Section: Solution For Reducing Wear and Corrosion In Agricultural Macmentioning

confidence: 99%

Reducing the wear and corrosion of the agricultural mower steel knives by electrodeposition nanocomposite coatings – Review

et al. 2020

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GRICULTURAL production is a world spearhead to face hungry crisis and the main part of this facing is agricultural machinery. Agricultural machinery exposed to failure due to wear and corrosion. This leads to a decreasing lifetime of working parts of agricultural machinery. Agricultural machinery contain seedbed preparation machinery, planting machinery, service and protection machinery, harvesting machinery and post-harvest machinery all types of agricultural machinery deals with different soil condition (soil moistures and soil types), plants (different stem diameter, cutting heights and plants moisture), and agricultural chemical (pesticides and chemical fertilizer). There are many studies searching the optimum method to increase the wear resistance of working parts of agricultural machinery. These methods contain the improvement the new material, hardfacing allying, surface coating, and nanocomposite coating. Nanocomposite coating is a new trend to promote surface properties of the different metal used in manufacturing agricultural machinery. This new trend use nanoparticles as reinforcement in the metal matrix and incorporation process lead to super hardness coating with low corrosion rate and low wear rate compared to conventional surface coating materials.

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Section: Solution For Reducing Wear and Corrosion In Agricultural Macmentioning

confidence: 99%

Reducing the wear and corrosion of the agricultural mower steel knives by electrodeposition nanocomposite coatings – Review

et al. 2020

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“…The mechanical properties such as fracture toughness, compressive residual stresses, and the indentation size effect (ISE) were also evaluated in the tips of the needles of the Fe2B layer using the Berkovich nanoindentation technique [15]; the results showed an apparent hardness of approximately 14 GPa with a fracture toughness between 2.4 and 2.7 MPa, and the compressive residual stresses were between 351 and 471 MP…”

Section: Introductionmentioning

confidence: 99%

“…Previously, the authors developed an original method of strengthening WTs by velocity RF-borating, which allows one to obtain a layer of wear-resistant composite (FenB-Fe-B) boride coating with a thickness of 350-600 μm for 1-2 min on the surface of the steel detail [15].…”

Section: Introductionmentioning

confidence: 99%

Chemical reactions at high-speed HFC-boriding

2019

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Strengthening of parts and units of machines, increased reliability and longer service life is an important task of modern industry. As an promising materials for protective-strengthening coatings, offered matrix composites based on the ternary system Fe-B-FenB. The article is proposed the complex heating of steel being borated and imbued medium by high frequency currents (HFC), and to combine the diffusion boriding from liquid and solid media and the transition of the diffusion boriding to chemical interaction between the elements of Fe and B. We determined the main components of the reaction-boronizing system, as well as their roles and possible processes that lead to the implementation of topochemical boriding initiated by HFC-heating. Confirmed the course of the reaction leading to the occurrence of reducing agents Ca, Si and active boron in the boronizing mixture.

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“…Today it is required to increase the surface resistance of the mechanical plow devices used in the agricultural area, these devices present the tribological phenomenon (wear and coefficient of friction (CoF)); It is important to analyze and characterize the surface and the interactions in the initial stages of contact and the changes that the CoF and subsequent wear will have, allowing to predict or establish premature wear [1,2,3,4].…”

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Tribological Study and Surface Characterization of a Boron Coating Applied to an AISI L6 Steel Used in the Agricultural Area

Huerta

Bustos

Cruz

et al. 2022

Microscopy and Microanalysis

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Features of wear of agricultural machinery components strengthened by Fe n B-Fe-B composite boride coatings

Cited by 19 publications

References 1 publication

Reducing the wear and corrosion of the agricultural mower steel knives by electrodeposition nanocomposite coatings – Review

Reducing the wear and corrosion of the agricultural mower steel knives by electrodeposition nanocomposite coatings – Review

Chemical reactions at high-speed HFC-boriding

Tribological Study and Surface Characterization of a Boron Coating Applied to an AISI L6 Steel Used in the Agricultural Area

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