What are Hastelloy X Plates?

They are nickel-chromium-iron-molybdenum alloy plates that are strengthened through solution and characterized by good resistance to oxidation and strength at high temperatures. They consist mainly of nickel with significant additions of molybdenum, iron, and chromium, which make them extremely resistant to stress-corrosion cracking, pitting, and crevice corrosion. Their better mechanical properties are consistent up to a high temperature of 1200°C, which qualifies them for exposure to heat.

Benefits of Hastelloy X Plates are many. They are extremely strong, thermal-fatigue resilient, and retain their mechanical strength under severe stress conditions with an oxidizing atmosphere. They are well-suited for complicated fabrication due to their exceptional weldability and formability. They possess great resistance to carburization in addition to exceptional resistance to oxidation, especially under high-temperature environments, with a long lifespan for service and minimal maintenance. They are considered the first choice by engineers and designers due to these attributes for work in adverse atmospheres that are harsh and corroding.

Being one of the trusted Hastelloy X Plates Manufacturers, we at Meta Aerospace make sure that each plate is rigorously tested for quality standards and adheres to worldwide standards. We are capable of providing customized thicknesses, sizes, and surface treatments due to our advanced production unit. We have a strong stock of Hastelloy X Plates available to fulfill both normal and emergency industrial demands.

Uses and Applications Hastelloy X Plates?

The high tensile Hastelloy X 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.