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904L

Stainless Steel 904L ASA 150 Flanges are made of a stainless alloy composed primarily of iron and chromium. It has a higher nickel content than most other materials, making it more rust and corrosion-resistant. This composition also adds strength and durability, making it the preferred material for many industries, such as automotive, petroleum, and food processing applications, due to its strength and stability in extreme temperatures. The alloy also contains trace amounts of other elements, such as manganese, molybdenum, phosphorus, sulfur, nitrogen, and silicon, enhancing this excellent material's properties.

904L SS ASA 150 Flanges are incredibly versatile components for infrastructure, industrial, and commercial applications. Their robust composition allows them to stand up to high levels of heat, corrosion, and chemical exposure, plus they can be easily shaped into complex fittings. These flanges are often used to securely join multiple pipes in specific process arrangements that require maximum security. Additionally, their enhanced physical qualities also mean they have superior electrical properties with deficient levels of permittivity and outstanding dielectric strengths for steady connections even under extreme temperatures and varying environmental conditions. All these benefits make Stainless Steel 904L Asa 150 flanges an economical choice for many businesses.

FAQ's for Stainless Steel 904L ASA 150 Flanges

No, Stainless Steel 904L ASA 150 Flanges are not magnetic due to their low carbon content. This makes them ideal for applications where magnetic interference is a concern such as medical or electronic equipment.

The maximum operating temperature of Stainless Steel 904L ASA 150 Flanges is approximately 1100°F (593°C). At temperatures above this, the alloy will start to lose its strength and become less resistant to corrosion over time.

The working pressure of Stainless Steel 904L ASA 150 Flanges is typically up to 600 psi and suitable for high-pressure systems up to 1000 psi depending on temperature and other external factors.

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