allicejohnson

  The metals and tubular industry is at a turning point. Customers, investors and regulators now expect measurable reductions in embodied carbon, transparent supply chains and credible ESG performance — not vague promises. For manufacturers of Duplex and Super Duplex Tube and Pipe , which serve corrosion-intensive and safety-critical markets (offshore, desalination, chemical processing), meeting those expectations requires rethinking raw-material sourcing, melting & refining, process electrification, and product design. This article explains practical steps leading manufacturers are taking and how those steps impact product offerings — from Electropolished Stainless Steel Tube for hygienic systems to heavy-duty duplex lines and finned heat-exchanger bundles supplied by a trusted Heat Exchanger Tubes Manufacturer. Why ESG matters for duplex & super-duplex makers High alloy content = higher embedded carbon risk. Duplex grades contain significant nickel, chromium and molybden...

  Extruded finned tubes are a vital element in modern heat-exchange equipment—used in boilers, economizers, air coolers, gas-to-gas exchangers, and many process-industry heat recovery systems. When deployed in aggressive process environments (high chloride, acidic flue gases, high humidity, or marine atmospheres), these tubes and their fins face accelerated corrosion that shortens service life and increases maintenance costs. To protect performance and extend life, manufacturers are adopting advanced anticorrosion coatings and material strategies specifically matched to Extruded Finned Tube geometries and operating stresses. This article looks at the latest coating technologies, selection criteria, application methods, and practical guidance for engineering teams specifying durable finned-tube bundles. We also touch on how substrate selection—such as pairing with Bright Annealed Tubes or choosing tubes from a trusted Manufacturer Heat Exchanger Tubes—affects coating choice and lon...