Brass CA 377 Forged Fittings are composed of a combination of zinc and copper, with the exact ratio varies depending on the desired properties. The presence of zinc gives Brass CA 377 its malleability, allowing it to be shaped into parts such as elbow fittings and reducers. In contrast, copper gives it corrosion resistance that can last for years without routine maintenance. Brass CA 377 also has small amounts of lead and tin as additives that help streamline its machining and welding process. This material is highly acclaimed in many industries for its tensile strength and durability compared to other metal alloys. As such, it is using Brass CA 377 Forged Fittings is often incredibly beneficial to those needing long-lasting fitting solutions.
377 Brass CA Forged Fittings can be used in various applications, such as water distribution repairs, chemical processing systems, and industrial piping systems. These fittings are attractive due to their low cost and high compatibility with alloys, including copper and zinc. They are particularly valued for their tensile strength and temperature resistance properties; under stable conditions, they can be used at temperatures up to 480°F. In addition, the brass has superior corrosion-resistant properties, making it an excellent choice for areas exposed to seawater or moist environments. Installing Brass CA 377 Forged Fittings into any pipe system ensures that the job will stand the test of time without added maintenance down the road.
The price of Brass CA 377 Forged Fittings products is between ₹100 - ₹100 per piece, we have pricing based on the Kilogram as well, please contact us for the same.
No, Brass CA 377 Forged Fittings are non-magnetic as brass is a non-ferrous metal. This makes it the ideal choice for applications that require low electrical and thermal conductivity and resistance to corrosion.
No, brass CA 377 forged fittings are highly resistant to rust and corrosion due to their high zinc content. The zinc in the alloy oxidizes when exposed to oxygen and water, forming a thin protective layer that prevents further rusting or corrosion of the metal beneath it.
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