Stay informed with our technical resource center. Here you will find expert articles, case studies, and industry updates focused exclusively on metallic gasket selection, installation, and maintenance. Learn how to choose between Spiral Wound and Kammprofile for your heat exchanger, understand NACE MR0175 requirements for sour gas service, and keep up with the latest ASME B16.20 revisions. Our goal is to help you make better sourcing decisions and achieve leak-free operations. Browse our latest posts or use the search bar to find answers to your sealing challenges.
Ring type joint gaskets are solid metallic sealing rings designed for high-pressure and high-temperature flanged connections. They fit into machined grooves on flange faces to create a strong, reliable seal. These gaskets are commonly used in oil and gas, petrochemical, and other demanding industrial piping systems.
This article examines whether jacketed metal gaskets can be safely reused after service, focusing on sealing performance, material condition, and application limits.
This guide explains which pipe materials are compatible with Flexseal Tandem Seal Gaskets, helping you choose the right gasket for a secure and leak-free connection in various piping systems.
Kammprofile gaskets are used to create reliable seals in industrial piping systems, flanges, heat exchangers, and pressure vessels, especially in applications involving high temperatures, high pressures, or fluctuating thermal and mechanical loads.
Selecting the correct corrugated metal gasket is essential for achieving reliable, leak-free flange connections. This guide covers key factors such as operating temperature, pressure, media compatibility, and flange design to help you make an informed choice.
Corrugated metal gaskets provide strong mechanical sealing performance, but their use in corrosive environments requires careful material selection and protective measures. This article explores the factors that determine whether these gaskets can withstand chemical attack, high humidity, and aggressive process media.
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