What are Hastelloy C276 Plates?

Hastelloy C276 Plates are produced from an iron, tungsten-containing nickel-molybdenum-chromium solid solution-strengthened alloy. Their distinctive composition imparts to the sheets outstanding resistance to an assortment of harsh chemicals, such as strong oxidizers, ferric and cupric chlorides, hot contaminated media, chlorine, acetic and formic acids, acetic anhydride, seawater, and brine solutions. They demonstrate outstanding heat resistance and can be cold-formed and hot-formed according to standard practices, which make them highly suitable for fabrication, as well as use in operating conditions. Meta Aerospace produces each sheet according to international standards of quality, which renders them with outstanding consistency and performance.

One of the greatest benefits of Hastelloy C276 Plates lies in their exceptional resistance to local corrosion, such as pitting, crevice corrosion, and stress corrosion cracking. These qualities make the sheets applicable in environments that are not suitable for other alloys. Hastelloy C276 also demonstrates exceptional resistance to harsh oxidizers and reducing chemicals, which is why it is widely applied in chemical processing and flue gas cleaning systems. Its strong weldability without post-weld heat treatment adds to its ability to work under a variety of conditions, lowering installation and maintenance costs substantially.

Meta Aerospace is a leading Hastelloy C276 Plates Manufacturer, providing material with mechanical strength under severe conditions. We make our products go through rigorous quality checks before releasing them to you. Whichever application you use them for, whether fabrication, heat exchangers, or reactor vessels, our Hastelloy C276 Plates assure you of exceptional performance and value.

Uses and Applications Hastelloy C276 Plates?

The high tensile Hastelloy C276 Plates is used in various industries due to its better mechanical profile:

• In Aerospace, these sheets find application in engine parts, afterburners, and exhaust systems, for which resistance to heat and oxidation is critical.
• In thermal processing equipment, they are applied in furnace retorts, heat treat baskets, and radiant tubes because of their capacity to resist scaling at high temperatures.
• In Industry Chemical Processing, they are used in support grids of catalysts, incinerator bowls, and conveyor belts that are subjected to chemical corrosion.
• They are applied in gas turbine components, heat exchanger parts, and boiler liners in Power Generation, providing stability under cyclic heating and cooling.
• They offer protection in exhaust manifolds, sea water duty, and offshore installations where resistance to heat and corrosion is essential.