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Products tagged with 'molybdenum'

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Picture for 10337 An Advanced Super-Austenitic Stainless Steel Offers Economical and Technical Advantages
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10337 An Advanced Super-Austenitic Stainless Steel Offers Economical and Technical AdvantagesOver Nickel-Base Corrosion-Resistant Alloys in the Process Industries

Product Number: 51300-10337-SG
ISBN: 10337 2010 CP
Author: Ruben Muro, Marlena Neighbor, Lewis Shoemaker and James R. Crum
Publication Date: 2010
$20.00

An advanced grade of super-austenitic stainless steel with a reduced content of nickel offers a significant economic advantage over nickel-base CRA’s. As the alloy is readily fabricated by conventional techniques, it is an excellent candidate for a variety of applications in the chemical, petrochemical, mining, oil and gas, and refining industries.
Picture for Nickel-based Alloy UNS N06845 with Superior Localized Corrosion Resistance for Sour Environment
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51318-10810-Nickel-based Alloy UNS N06845 with Superior Localized Corrosion Resistance for Sour Environment

Product Number: 51318-10810-SG
Author: Masayuki SAGARA / Yuhei Suzuki / Masaki Ueyama / Yusaku Tomio / Tomohiko Omura / Hisashi Amaya
Publication Date: 2018
$20.00

An advanced material of nickel-based alloy has been developed for Oil Country Tubular Goods (OCTG ) to be applied in sour conditions to injection of seawater into wells for enhanced oil and gas recovery.
Picture for Sensitization Study of Corrosion-Resistant Nickel-Alloys
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51318-11329-Sensitization Study of Corrosion-Resistant Nickel-Alloys

Product Number: 51318-11329-SG
Author: Ajit Mishra
Publication Date: 2018
$20.00

Mill-annealed coupons of UNS N10276, N06022 and N06035 alloys were heat-treated at different times and temperatures, then tested in ASTM G-28A solution followed by internal attack measurement through optical microscope.
Picture for Role of Major and Minor Alloying Elements in CRAs to Localized Corrosion Inhibition: A Review
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51318-11330-Role of Major and Minor Alloying Elements in CRAs to Localized Corrosion Inhibition: A Review

Product Number: 51318-11330-SG
Author: Ajit Mishra
Publication Date: 2018
$20.00

This study reviews the localized corrosion performance of corrosion-resistant alloys and high-temperatures alloys containing varying amount of Cr, Mo and W, using both quantitative and surface characterization techniques.
Picture for Alloying Effect Of Mo In Martensitic Stainless Steel On Passive Film In H2S-CO2 Environment
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Alloying Effect Of Mo In Martensitic Stainless Steel On Passive Film In H2S-CO2 Environment

Product Number: 51322-17538-SG
Author: Kyohei Kanki, Katsuhiro Nishihara, Masayuki Sagara, Hisashi Amaya, Hideki Takabe
Publication Date: 2022
$20.00

Oil and gas wells are highly corrosive environments because they contain H2S and CO2. The 13Cr martensitic stainless steel is widely used in the oil and gas industry because of high good corrosion resistance in CO2 gas wells. Generally, the addition of Mo increases the passivity of steel. However, the role of Mo in passive films has not been completely clarified.
Picture for Effects of Alloying Elements for Resistance to Naphthenic Acid Corrosion of 18Cr Austenitic Stainles
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Effects of Alloying Elements for Resistance to Naphthenic Acid Corrosion of 18Cr Austenitic Stainless Steels

Product Number: 51317--9057-SG
ISBN: 9057 2017 CP
Author: Masahiro Seto
Publication Date: 2017
$20.00

In this study, the effect of Mo, Cu and W contents in stainless steels on both NAC and PTA SCC resistance are investigated. The purpose was to optimize a proprietary version of UNS S34751 (TP347LN) with excellent PTA SCC resistance.
Picture for Metallurgical Aspects of HTHA in CS Below Traditional Nelson Curve Values
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Metallurgical Aspects of HTHA in CS Below Traditional Nelson Curve Values

Product Number: 51320-15062-SG
Author: Jorge Hau
Publication Date: 2020
$20.00

High-Temperature Hydrogen Attack (HTHA) is a phenomenon that involves the formation and accumulation of methane (CH4) in steels operating under conditions where there is hydrogen ingress. To account for the phenomenon, it is necessary to know how the supply of solute carbon atoms occurs. What is discussed here concerns only low-carbon steel within the range 0.08-0.30 wt % carbon that has no intended additions of alloying element such as chromium (Cr) or molybdenum (Mo), and that it is typically delivered in the as-hot worked or normalized condition, resulting in microstructure consisting of pearlite colonies within a matrix of ferrite grains. Carbon steels do not normally contain carbon atoms in solid solution, but most are tied to cementite (Fe3C), except when retained in supersaturated solid solution by rapidly cooling from just below the subcritical temperature Ac1, 727 °C (1340 °F), in which case, the solute carbon atoms do not remain in supersaturated solution for long, they precipitate, but the resulting precipitates are rather unstable and get quickly thermally activated when heated to temperatures that are considered relatively too low to significantly affect the cementite in existing pearlite colonies. Thus, these precipitates may supply solute carbon atoms for HTHA damage to occur at temperatures that would not otherwise occur if there were only cementite in existing pearlite colonies. 
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