Nickel Base Alloy UNS N06022 N10276 N06002 B2 Hastelloy Alloy For Pharmaceutical Industry

Nickel Base Alloy Wire UNS N06022 N10276 N06002 Hastelloy B2 Wire 40 % Elongation for Pharmaceutical Industry

Product Introduction

Hastelloy B2 Wire has important applications in the pharmaceutical processing industry, mainly due to its excellent corrosion resistance and good mechanical properties. This alloy performs well in strong acidic environments, especially in non-oxidizing acid media such as hydrochloric acid, sulfuric acid and phosphoric acid. In the pharmaceutical process, many chemical reactions involve strong acids and strong bases. Hastelloy B2 Wire can remain stable in such harsh environments to ensure long-term operation of the equipment.
Hastelloy B2 Wire is often used to manufacture reaction vessels, pipelines and filtration equipment in pharmaceutical equipment, which require high purity and good corrosion protection
The chemical composition of Hastelloy B2 Wire has been carefully designed, and the main components include nickel, molybdenum, iron and chromium. The content of carbon, silicon and iron is extremely low, which helps to reduce the precipitation of carbon and other impurity phases in the heat affected zone of the weld, thereby improving the corrosion resistance of the weld. These characteristics make Hastelloy B2 Wire an ideal material choice for ensuring safe and stable operation of equipment in the pharmaceutical processing industry.

Parameter

Specific Applications

1. Pharmaceutical manufacturing equipment: In the pharmaceutical manufacturing process, high-purity and corrosion-resistant materials are required to ensure the quality and safety of the drugs. Hastelloy B2 Wire can be used to manufacture pharmaceutical reaction vessels, pipelines and other equipment. Its excellent corrosion resistance can prevent chemical corrosion to the equipment, thereby ensuring the purity of the drugs.
2. Food processing equipment: In the food processing industry, such as the production process of beverages and dairy products, the equipment needs to be in direct contact with food, so the hygiene and corrosion resistance of the materials are very high. Hastelloy B2 Wire can be used to manufacture pipelines, filtration equipment, etc. in food processing, which can effectively prevent bacterial growth and chemical pollution.

Advantages and Characteristics

1. High temperature resistance: Hastelloy B2 Wire has a melting point range of 1330-1380℃. It can still maintain good mechanical properties and heat resistance at temperatures up to 550℃, and can usually be used for a long time in a temperature range below 550℃.
2. High temperature strength: In a high temperature environment, the strength and corrosion resistance of Hastelloy B2 Wire are almost unaffected, and it can operate stably for a long time under high temperature conditions.
3. Good processability: Hastelloy B2 Wire has excellent processability and can meet the requirements of fine manufacturing. Its excellent plasticity and ductility enable it to maintain good shape stability during cold processing, and it is easy to stretch, stamp and bend.
4. Good thermal stability: Hastelloy B2 Wire still has good mechanical properties in a high temperature environment and can withstand stress and corrosion at high temperatures.

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Q&A

1. How is the corrosion resistance of Hastelloy B2 Wire?
Hastelloy B2 Wire has excellent corrosion resistance in various reducing media, and can effectively resist strong acid corrosion such as chloride, hydrofluoric acid, and hydrogen chloride. It is often used in chemical equipment and container materials for highly corrosive media.
2. What is the hardness of Hastelloy B2 Wire?
The hardness of Hastelloy B2 Wire is usually between 200 and 250HB, and it has good processing performance and strength.
3. What is the specification range of Hastelloy B2 Wire?
The specification range of Hastelloy B2 Wire usually ranges from 0.05mm to 2.5mm.
4. How is the oxidation resistance of Hastelloy B2 Wire?
Hastelloy B2 Wire can form a stable oxide protective film in a high temperature environment, which effectively prevents further oxidation of the base material. Experimental data show that the oxidation weight gain of Hastelloy B2 after exposure to 1000°C for 500 hours is very small.