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B3 Hastelloy valves are alloyed with nickel, chromium, and molybdenum to maximize their resistance to corrosion in harsh chemical environments. With an impressive 18% chromium content, the valve is up for the challenge of various concentration levels of acetic acid, hydrochloric acid, sulfuric acid, and phosphoric acid. However, Hastelloy B3 components are limited to applications operating in a temperature range between -200oc - +600oc. When you opt for this type of valve, you’re sure to find it ideal for several applications such as condensing systems, process streams with high concentrations of oxidizing agents, and harmful impurities like chlorine compounds or formic acid salts.

Hastelloy B3 valves have a variety of uses in the manufacturing and industrial sectors. This type of valve is made from nickel-molybdenum-chromium alloy, making it incredibly resistant to corrosion, oxidation, and high-temperature exposures. They are solid and reliable so they can withstand even some of the harshest chemical onslaught due to their unique chemical composition. They are also genderless and can easily be adapted for various applications. Their nonmagnetic properties mean that they are suited well for use in nuclear power plants and in areas where other metal materials could create a dangerous spark or electrical hazard. Finally, because Hastalloy B3 valves offer superior durability and strength over conventional steel or plastic models, they can help to extend the life cycle costs of similar parts and products that rely on them.

FAQ's for Hastelloy B3 Tubing

hastelloy b3 valves Starts At Rs 100/Piece To Rs 400/Piece.

Hastelloy B3 valves are non-magnetic, it does not exhibit any magnetic properties. It is known for its excellent resistance to corrosion in various chemical environments, including hydrochloric acid and other reducing media. It also maintains excellent strength and ductility at high temperatures.

Yes, Hastelloy B3 valves are highly resistant to corrosion in various chemical environments, including hydrochloric acid and other reducing media. They also have high-temperature strength and durability.

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