Technical

    Working together with global Stainless Steel Materials’ experts, engineers and companies involved in the manufacture or use of stainless steels/CRAs, we provide here a selection of original, non-commercial articles. These in-depth technical papers are written or co-written by operating companies, describing commercially viable new technologies and case histories of successful applications, backed by data. Topics include tubes & pipes, cladding, offshore, chemical process industry, welding & fabrication, 13Cr stainless steels, titanium, nickel alloys, pulp & paper and duplex stainless steels.
    If you wish to include your technical articles in our Stainless Steel World magazine, email newsletter or on our website please feel free to contact us.

    Corrosion with Purpose: Electrochemical Machining Parts, Atom-By-Atom

    Stainless Steel World Americas Publisher -
    This unique process is known as electrochemical machining (ECM), as well as its more advanced version called pulsed electrochemical machining (PECM).

    Process Flow Analysis Resolves Filter Changeout Issues at Steel Plant

    Stainless Steel World Americas Publisher -
    Using a unique on-site Gas Filtration Test skid, the company was able to conduct a detailed analysis of the solid and liquid contaminants in the gas stream without interruption to normal operations.

    What to Look for in Hydrogen Valves and How to Choose the Right One

    Stainless Steel World Americas Publisher -
    High-quality materials must be used to build the infrastructure, especially the valves that control the flow of hydrogen into the vehicle or within the refueling station.

    Join Us at Fugitive Emissions Summit Americas Conference & Expo!

    Stainless Steel World Americas Publisher -
    Register here (https://www.regexpo.com/kci/FE24/client/1.asp) or on-site to take part in this exciting event.

    Optimizing Dwell Time for Bolted Flanged Joint Installations

    Stainless Steel World Americas Publisher -
    Research has shown that dwell time, which is defined as the period between initial torque and a post-installation re-torque, is a crucial interval for gasket performance optimization.

    Introduction of Chrome Nickel Moly Alloy UNS N06059 as Choice of Stainless Steel Seamless...

    Stainless Steel World Americas Publisher -
    The two most used alloys in this segment are UNS N10276 and UNS N06022.

    Be Sure to Check Out the Expo at Fugitive Emissions Summit Americas 2024!

    Stainless Steel World Americas Publisher -
    Throughout the entirety of the two-day event, vendors will showcase their latest products and technologies geared towards efforts to reduce the environmental impacts of industrial emissions during the Exposition. Attendees are encouraged to check out the Expo Hall during their time at the 2024 event to network, engage with new technologies, and be a part of the solution.

    Optimizing Dwell Time for Bolted Flanged Joint Installations

    Stainless Steel World Americas Publisher -
    Efficient and effective bolted flange joint installations are pivotal for minimizing downtime and maximizing productivity in industrial plants. The ASME PCC-1-2019 Tightening Method recommends a minimum of four hours of dwell time before retightening the bolts to restore short-term creep relaxation and embedment losses. Research has shown that dwell time, which is defined as the period between initial torque and a post-installation re-torque, is a crucial interval for gasket performance optimization.

    Express Program For Heat Exchanger Tubes

    Stainless Steel World Americas Publisher -
    As the result of a new heat exchanger express hollows program, Alleima’s customers in Europe, Middle East, and Africa (EMEA) can now rest assured. It means EMEA customers who urgently need to replace heat exchanger tubes can get them in just eight weeks from order placement.

    Corrosion Protection of Process Vessels by Galvanic Anodes

    Stainless Steel World Americas Publisher -
    The Cathodic Protection designing of process vessels is difficult and critical due to enclosed and extreme electrolyte conditions of non-ambient temperature, pressure, velocity, chemical compositions and hazards to the environment.
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