Effect of bonding phases on properties of slide gate plates - Paul, Anil;Mishra, Bhagirathi;Nayak, Bibhuti Bhusan
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In steel making process higher hot strength and longer life of various supporting components are in demand.Flow control refractories like slide gates demands superior thermal and thermo-mechanical properties apart from corrosion to different grade of steel.During operation slide gate plates are subjected to severe thermal shock, erosion with steel stream,corrosion with deoxidiser used and abrasion with respected to infiltrated material and among the plate itself.In this work, metal bonded and carbon bonded Alumina slide gate plates were studied and compared. To improve the properties, in situ…mehr

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Produktbeschreibung
In steel making process higher hot strength and longer life of various supporting components are in demand.Flow control refractories like slide gates demands superior thermal and thermo-mechanical properties apart from corrosion to different grade of steel.During operation slide gate plates are subjected to severe thermal shock, erosion with steel stream,corrosion with deoxidiser used and abrasion with respected to infiltrated material and among the plate itself.In this work, metal bonded and carbon bonded Alumina slide gate plates were studied and compared. To improve the properties, in situ synthesised plasma fused ZrO2-SiC was incorporated in the Alumina carbon slide gate plates.Nitride bonded slide gate plates were also introduced in this work.
Autorenporträt
Anil Paul graduated in Mechanical Engineering from Cochin University in the year 2009.He was working in Kakrapar Atomic Project,Gujarat.He obtained his master's degree in Industrial Ceramics from NIT Rourkela. He had been part of Materials Research conferences in different regions of India.