Hastelloy c2000 plate supplier. Contact us to get free quote and sample!
The success of Hastelloy C2000 alloy is primarily attributed to its innovative chemical composition. Unlike previously optimized Ni-Cr-Mo alloys, which only offer resistance to either oxidizing or reducing acids, hastelloy C2000 alloy achieves comprehensive resistance to diverse environments through precise elemental composition. Contact us market@htpipe.com for more information and a free quote!
Hastelloy c2000 plate Quantitative Advantages in Corrosion Resistance
- Sulfuric Acid: In a concentrated sulfuric acid environment at 350°C, the corrosion rate is only 0.18 mm/year, significantly lower than that of ordinary stainless steel and other nickel-based alloys.
- Hydrochloric Acid: It maintains excellent corrosion resistance at boiling points and concentrations up to 20%, down to the azeotropic point.
- Hydrofluoric Acid: Its high nickel and molybdenum content provides excellent resistance.
- Phosphoric Acid: It exhibits excellent corrosion resistance in both pure and impure industrial phosphoric acid.
alloy c2000 Reactors and Autoclaves
In organic synthesis reactors, the reactants are often highly corrosive, and the reaction conditions are harsh. Reactors constructed with C-2000 plate can withstand a wide range of corrosive raw materials and products.
High-pressure hydrogenation reactors operate in an environment characterized by high temperatures, high pressures, and hydrogen corrosion. C-2000 alloy can sustain temperatures exceeding 400°C and pressures exceeding tens of atmospheres, improving heat transfer efficiency, reducing energy consumption, and enhancing reaction control precision.
Furthermore, in polymerization reactors, C-2000 plate's high surface finish and contamination resistance ensure product purity and prevent metal ion contamination of the reaction system.
hastelloy n02200 Heat exchangers and condensers
In heat exchangers in sulfuric acid production systems. Concentrated sulfuric acid is highly oxidizing at high temperatures, while dilute sulfuric acid exhibits reducing properties. C-2000 alloy can withstand the full range of sulfuric acid concentrations and temperatures, significantly extending equipment life.
Condensers are another typical application, particularly in environments containing chlorides. C-2000 alloy exhibits exceptional resistance to localized corrosion.
In evaporation and crystallization systems, evaporators handling saline wastewater or highly alkaline liquids often face the dual corrosion effects of high electrolyte concentrations and high temperatures. C-2000 material can operate stably and long-term in these harsh environments.
alloy n02200 Towers and Piping Systems
In flue gas desulfurization (FGD) systems, absorption towers and associated piping must handle complex media containing chlorides, fluorides, and solid particles. C-2000 alloy exhibits exceptional resistance to pitting and crevice corrosion, making it a common choice for most corrosive environments in FGD systems.
Chemical transport piping is another important application for C-2000 alloy plate. Pipes and fittings made from C-2000 alloy plate can resist corrosion from corrosive gases such as hydrogen sulfide and carbon dioxide, as well as high-salinity formation water, extending equipment life and reducing mining costs.
In the pharmaceutical industry, C-2000 alloy plate is widely used in reactor and dryer manufacturing. C-2000 alloy not only offers excellent corrosion resistance but also boasts excellent surface treatability, enabling it to achieve the surface finish and cleanliness requirements required for pharmaceutical production.
hast c2000 Valves, Pumps, and Other Auxiliary Equipment
Chemical process pumps' flow-through components (such as impellers and pump casings) are subject to high-velocity corrosive media. Pump components cast or machined from C-2000 alloy are resistant to a wide range of chemical media, ensuring long-term, reliable operation.
Control valves are another important application area. Valve components such as valve cores and seats require both excellent corrosion resistance and sufficient strength and hardness to ensure sealing performance.
In addition, C-2000 alloy plate is widely used in various auxiliary components of chemical equipment, including linings, seals, and fasteners. Although these components are not as eye-catching as the main equipment, their failure may also cause the shutdown of the entire system or even a safety accident.
