Cortec Corp. (St. Paul, Minnesota, USA) is a proud supplier of vapor-phase corrosion inhibitors (VpCIs) for Vapor Pipe Shield, a patented corrosion protection system from General Air Products. Released in 2023, Vapor Pipe Shield is UL listed for use in dry and pre-action fire sprinkler systems and is steadily gaining acceptance. New test results show the clear advantages of Vapor Pipe Shield, promising to further reshape the industry’s approach to corrosion protection in fire sprinkler systems. To compare the effectiveness of Cortec VpCI (used in Vapor Pipe Shield) against compressed air (simulating untreated systems) and 98% nitrogen, General Air Products commissioned Corrosion Testing Laboratories, Inc. to conduct five years of testing on the subject. The first year of test data was released in December 2024, indicating that VpCI protection was up to seven times more effective on carbon steel coupons partially submerged in water than the protection of 98% nitrogen....
Skip Nav Destination
Article navigation
Research Article|
May 01 2025
New Tests Confirm Effectiveness of Fire Sprinkler Corrosion Protection Available to Purchase
Online ISSN: 3066-3571
Print ISSN: 0094-1492
Copyright 2025 by AMPP. Reproduction of the contents, either as a whole or in part, is forbidden unless permission has been obtained from the publisher. Articles and editorials herein represent the opinions of the authors and not necessarily those of AMPP. Advertising is included as an educational service, and products and/or services mentioned carry no implied or real endorsement or recommendation from AMPP. The contents of the advertisements are created by the advertising companies and there is no involvement or endorsement AMPP. AMPP reserves the right to prohibit any advertisement that is not consistent with the objectives of AMPP.
2025
Association for Materials Protection and Performance (AMPP)
Materials Performance (2025) 64 (5): 17.
Citation
New Tests Confirm Effectiveness of Fire Sprinkler Corrosion Protection. Materials Performance 1 May 2025; 64 (5): 17.
Download citation file:
0
Views