Our DIN 1.4563 Forged Flange display remarkable resistance to pitting corrosion, crevice corrosion, and rust, particularly in seawater contexts. They assure excellent tensile strength and elongation capacity in both acidic and seawater environments, and they exhibit exemplary toughness and resistivity in harsh climates. Combined with their premium chemical composition and mechanical properties, these attributes effectively enable the flanges to sustain high pressures and temperatures.

Offering a comprehensive UNS N08028 Reducing Flange, Renine Metalloys accommodates diverse customer requirements. Our range includes various sizes, specifications, standards, dimensions, and custom-made specifications. We guarantee superior quality flanges notable for their impressive durability, weldability, and fabricability, all produced by our seasoned manufacturing team. Sourcing from reliable vendors, the high-grade raw materials used in production undergo rigorous pre-use testing, ensuring the resultant flanges provide a long service life with minimal maintenance.

Our adept workforce, armed with cutting-edge techniques, state-of-the-art machinery, and sophisticated fabrication methods, expertly crafts our robust Alloy 28 Flanges. Every manufacturing phase is meticulously overseen under our experts’ continuous supervision and guidance. Furthermore, to cater to emergent needs, we maintain ample stocks of the Alloy 28 Flanges.

At Renine Metalloys, our commitment to quality control is exemplified by a dedicated team of quality experts. This team scrutinizes the Alloy 28 Flanges at every manufacturing stage until their final delivery. To validate the flanges’ durability and ductility, a series of destructive and non-destructive tests are conducted, and upon request, third-party inspections are arranged.

We dedicate ourselves to fulfilling all client requirements, guaranteeing our flanges’ timely and safe delivery. Our commitment to damage-free delivery is upheld via standard packaging methods while we ensure prompt delivery using the fastest transportation modes.