Hastelloy C22 Pipe

Nickel Alloy C22 Welded/ Seamless Tubing and Hastelloy C22 Tube Supplier In India, Check Specification And Schedule Chart Here

When Are Corrosion Resistant Alloys Required For Hastelloy C22 Pipe?

The Hastelloy C22 pipe is designed with 20-22.5% chromium, 12.5to 14.5% molybdenum, and above 50% nickel. These alloys help the pipe to be resistant to corrosive affluents. Due to these alloys, the pipe can be used in marine systems, chemical process equipment, chlorinated systems, acid production, pharmaceutical applications, etc.

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What Are The Various Manufacturing Methods Of Hastelloy C22 Seamless Pipe ?

The Hastelloy C22 seamless pipe is produced via the extrusion process. Here, round hot billets are heated at extreme temperatures and passed through cylinders. The billet is passed on the metal to pierce a hole. A billet shaped piercer point is pushed through during this time. Larger diameter pipes are passed through the mandrel mill. After the piercing process, the pipe shell is passed through a mandrel mill that has bars inside. This helps create a standard outside diameter with a controlled wall thickness. For smaller diameter pipes the plug mill process is followed.

How Do You Package The Nickel Alloy C22 Welded Pipe?

Packing of material before dispatch is very essential to ensure the product is delivered without any harm. Generally, the Nickel Alloy C22 welded pipe is packed in wooden boxes; however, cardboard can also be used. The box is covered with hay or insulating material. This prevents the material from moving and averts corrosive affluents. After this process, the box is sealed and ready to be shipped.

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Top 3 Advantages Of Choosing Hastelloy C22 Erw Pipe

Hastelloy C22 Erw pipe is a versatile austenitic alloy designed with nickel, chromium, and molybdenum base. This gives them excellent corrosion resistance properties, allowing them to be a good choice across different environments. The pipes possess superior strength and mechanical properties. This allows them to be a preferred choice in applications that require high strength. For the ERW pipes, no fusion metal is required to weld thereby, no seam is seen or felt. The weld-affected zone resists the formation of grain boundary precipitates allowing for a simple welding process.