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Inconel is a type of Nickel Alloy, with its main chemical composition comprising Chromium-Nickel-Iron. It is further categorized into various grades based on the different proportions of these three primary elements.

The main grades include Inconel 600, Inconel 601, and Inconel 625.

Nickel Alloy 600 Pipes, also referred to as Inconel 600 Alloy Pipes or UNS N06600 Pipes, constitute a nickel-chromium-iron alloy containing 72% nickel, 16% chromium, and 8% iron.

This material exhibits the following primary characteristics:

1. Excellent oxidation resistance at high temperatures up to 1093℃.

2. Resistance to carbonization.

3. Good corrosion resistance in alkaline environments.

Nickel Alloy 600 Pipes Price

Nickel Alloy Pipes mainly adhere to the following production standards:

1. Seamless Pipe: ASTM B167

2. Welded pipe: ASTM B517

3. Other relevant standards:

   • ASTM B829
   • ASTM B775
   • ASTM B163
   • ASTM B516
   • ASTM B751
   • AMS 5580

Differences Between Nickel Alloy 600, 601, and 625:

1. Nickel Alloy 601 (Inconel 601), akin to Nickel Alloy 600 Pipes, exhibits resistance to various forms of corrosion and oxidation in high-temperature environments. However, unlike Inconel 600, Inconel 601 contains aluminum, which ensures excellent mechanical properties even in extremely hot environments.

2. Nickel Alloy 625 boasts a higher chromium content compared to Nickel Alloy 600 Pipes. Chromium content is crucial for alloys' oxidation resistance. Consequently, Inconel 625 demonstrates superior oxidation resistance compared to Inconel 600.

Nickel Alloy 600 Pipes Factory

Where are Nickel Alloy Pipes Used?

Nickel Alloy pipes find widespread application in chemical and petrochemical industries, including:

1. Manufacturing heaters, heat exchangers, evaporators, distillation columns, distillation stills, condenser equipment for fatty acid treatment, etc., owing to their corrosion resistance.

2. Fabrication into various structural components for the heat treatment industry due to their excellent oxidation resistance and strength at high temperatures