Items
updated on this site within the last two weeks are marked with |
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A Preliminary Model for Correlation of Plasmon Resonance Spectra with Adherence Properties of Corrosion Inhibitors "VpCI-415"; S. G. Lambrakos, P. P. Trzaskoma-Paulette, N. Tran, Corrosion 2005, NACE, Paper #05323 |
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Applications for Biodegradable Vapor Phase Corrosion Inhibitors; M. Kharshan, and C. Cracauer; Cortec Corporation; Saint Paul, Minnesota |
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Corrosion Inhibition in Naval Vessels; K. L. Vasanth, US Navy; NACE, 1996. |
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Corrosion Inhibition of Stress Corrosion Cracking and Localized Corrosion of Turbo-Expander and Steam/Gas Turbines Materials |
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Corrosion Protection & Control on SRMU D6AC Steel; H.M. Juister, SRMU/SRM Corrosion Team; Martin Marietta Technologies, Inc. Space Launch Systems; February 1994 |
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Cortec® Corporation
Short/Long-term Vehicle
Storage procedures |
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Cost Savings Corrosion Protection for Deep Storage And Preservation of United States Air Force Vehicles and Equipment; A. Vignetti; NACE 2001. |
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Effects of Inhibiting Washes on the Corrosion Behavior of Metals in Diluted Seawater Environments.; S. Lambrakos, N. Tran and P. Trzaskoma-Paulette; Corrosion 2003, NACE, Paper 03215 |
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Effects of VpCIs on Fiber Optic Cables; B. L. Wuertz, Cortec Corporation; David A. Theis, Test Engineer, The Specialty Lab Inc.; May 2002. |
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Environmentally Friendly Corrosion Protection in Cleaning Systems for United States Coast Guard Aircraft; C. Cracauer; Cortec Corporation, 2003. (from a power point presentation) |
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Environmentally Friendly Protection Methods Used by the Armed Forces of the Republic of Croatia (HTML); L. Miskovic and T. Madzar; Armed Forces of Republic of Croatia; 2002. |
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Environmentally Friendly Protection Methods Used by the Armed Forces of the Republic of Croatia (PDF); L. Miskovic and T. Madzar; Armed Forces of Republic of Croatia; 2002. |
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Evaluating Cortec VpCI-126 Blue Film with Requirements Listed in Performance Specification MIL-PRF-3420G; April 2003 |
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Evaluating Cortec VpCI-126 Blue Film With Requirements Listed on Performance Specification MIL-PRF-22019D |
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Evaluating Cortec VpCI-146 Paper with Requirements Listed in Performance Specification MIL-PRF-3420; April 2003 |
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Evaluation of Cortec Products by GM 9540P; March 8, 2004 |
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Evaluation of VpCI-325 according to MIL-PRF-81309F; Cortec Corporation, St.Paul, MN |
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Field Results: Use of Vapor Corrosion Inhibiting Packaging Materials of the Protection and Preservation of Weaponry; B. L. Rudman; NACE; 1998. |
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Final Report - Volatile Corrosion Inhibitor (VCI) Test Study - Technical Report 99-05, Army J. Arnold and David Piskorik, April 1999. |
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Inhibition of Hydrogen Ebrittlement on High Strength Steels with VpCI-337 and Ecoline 3690, by Prof. B. Bavarian et al, California State University at Northbridge |
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Metal Finishing Magazine Feature Story on Cortec's VpCI Technology; B. Boyle, Cortec Corporation, May 2004 |
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MIL-SPEC Evaluation of EcoLine 3690; Cortec Corporation, St.Paul, MN |
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MilCorr®: Tough Enough for Three Hurricanes |
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Military Standards Cross Reference Guide |
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MTTC installation of VpCI |
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NASA: Cortec Rust Inhibitor Coating is Used Extensively During Post Flight Operations; United Space Alliance, 3830-058 |
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NATO Presentation: Military Preservation and Deep Storage:; Belgium and Dutch Army, NATO/SHAPE; 2000. The entire presentation in PDF Format |
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New Aircraft Pretreatment & Wash Primer System; Angel Green |
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Preservation of High Performance Military Diesel Engines Using Volatile Corrosion Inhibitors; A. Vignetti, B. Wuertz, I. Rogan, L. Miskovic, T. Madjar, Materials Performance, January 2005. |
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Preservation of Weaponry; CorteCros Co. Ltd. |
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Procedure for Long Term Preservation/Depreservation of T-55 Tanks with VpCI®Systems; I. Rogan, CorteCros ddo, Zagreb, Croatia. |
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Refurbishment of Military Displays |
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Rust preventing characteristics of VpCI-705 in diesel fuel when
exposed to sea water (MIL-PRF-25017F) (Part 1) |
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Stress Corrosion Cracking and Crevice Corrosion Inhibition of Steam Turbine |
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Stress Corrosion Cracking and Crevice Corrosion Inhibition of Steam Turbine Power Point |
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Successful Corrosion Protection Utilized By Military Worldwide; A. Vignetti; NACE; 2001. |
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Technology Procedure For Long-Term Preservation Of Cannon Armament; Dr. P. Piacun; Cortec Corporation; 1990. |
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US Marine Corps “105”
Trailer Refurbishment |
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Use of Vapor Inhibitors (VpCIs) for Aircraft Protection; A. Eydelnant, B. A. Miksic, FNACE, Cortec Corporation, S. Russell, Commander Corps Fort Louis; 1998. |
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Vapor Phase Corrosion Inhibitors (VCIs) for Protecting Shipboard Voids; Kunigahalli L. Vasanth and William Needham |
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Vapor Phase Corrosion Inhibitors for Navy Applications; K. L. Vasanth; US Navy; NACE; 1997. |
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Vapor Phase Inhibitors to Extend the Life of Aging Aircraft; B. Bavarian, L. Reiner, H. Youssefpour, I. Juraga, Corrosion 2005, NACE, Paper #05329 |
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Volatile Corrosion Inhibition of Stress Corrosion Cracking in a Steam TurbineBehzad Bavarian, Jia Zhang, and Lisa Reiner, Dept of Manufacturing Systems and Engineering Management, California State University, Northridge, California |
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VpCI®-649 protects boilers on T22 Frigates and T42 destroyers; HITEK-nology Solutions, Ltd., September 2008 |
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VpCI's® for Military Preservation Worldwide |
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VpCI® Effects of Reliability of High Coercivity Hard Magnetic Storage Disk; K. L. Vasanth, US Navy, R. Gomez and S. Florez, University of Maryland; NACE; 2001. |
