Hastelloy Plates

These plates are used across industries where carbon steel and regular stainless steel wear out too quickly.

• Chemical Processing: It handles concentrated acids and mixed chemical streams inside reactors, storage tanks, and piping systems without rapid wall loss.
• Petrochemical: It withstands sour gas, hydrogen sulfide, and high-temperature hydrocarbon processing in refinery units and cracking towers.
• Oil & Gas: It resists sulfide stress cracking and chloride pitting in downhole tubing, wellhead components, and subsea equipment.
• Pharmaceutical: It maintains a contamination-free surface in reactors and mixing vessels exposed to aggressive cleaning agents and solvents.
• Power Generation: It tolerates high-temperature flue gases and sulfuric acid condensation in boiler and emission-control components.
• Pollution Control Equipment: It survives scrubber environments with wet chlorine, sulfur dioxide, and acidic condensate exposure.
• Heat Exchangers: It transfers thermal load efficiently while resisting corrosion from both process-side and cooling-side chemistries.
• Reactors and Process Equipment: It handles cyclic thermal and chemical stress in vessels processing organic and inorganic acids.
• Flue Gas Desulfurization Systems: It resists wet-dry cycling and chloride concentration buildup common in scrubber absorber sections.
• Marine and Offshore Equipment: It endures saltwater immersion and splash-zone chloride attack on platform components and piping.