What are the maximum temperature and pressure ratings for the 90° Reducing Elbow, BSP Female x BSPT Male, Cast Iron, Type 92/7?

The 90° Reducing Elbow, BSP Female x BSPT Male, Cast Iron, Type 92/7 is rated for operating temperatures up to +300°C. Its maximum working pressure is 25 bar at temperatures up to +120°C, and 20 bar at elevated temperatures up to +300°C.

Is the 90° Reducing Elbow, BSP Female x BSPT Male, Cast Iron, Type 92/7 compatible with galvanic isolation or non-ferrous connectors for mixed-metal piping systems?

The 90° Reducing Elbow, BSP Female x BSPT Male, Cast Iron, Type 92/7 is manufactured from ductile (cast) iron and is not described as having galvanic isolation or non‑ferrous connectors. Cast iron is a ferrous material and, if used directly with dissimilar metals in a piping system, can promote galvanic corrosion unless isolation measures are applied. Therefore, the fitting itself is not inherently compatible with galvanic isolation; to use it in mixed‑metal systems you should add an insulating coupling, gasket, sleeve or dielectric union made of non‑conductive or non‑ferrous materials, or apply appropriate coatings and cathodic protection as required. Also verify compatibility with operating temperature and pressure limits (+300°C, 25 bar up to +120°C and 20 bar up to +300°C) and consult the manufacturer or a corrosion engineer for specific isolation solutions and installation guidance.

90° Reducing Elbow, BSP Female x BSPT Male, Cast Iron, Type 92/7

Additional information

Material	CS – steel (cast iron)

The 90° reducing elbow with internal BSP thread and external BSPT thread is a robust and reliable solution designed for precise and secure piping connections in demanding industrial installations. Manufactured from high-quality ductile iron, it ensures exceptional durability and resistance to mechanical stress, making it suitable for long-term operation even under challenging conditions. The fitting is engineered to perform at operating temperatures of up to +300°C, with a working pressure of 25 bar at temperatures up to +120°C and 20 bar at elevated temperatures up to +300°C, guaranteeing consistent performance across a wide range of applications. Its versatile design allows seamless integration into complex piping systems, ensuring leak-tight connections and optimal flow efficiency. This reducing elbow is an excellent choice for industries requiring reliability, safety, and efficiency, such as energy, chemical processing, heating systems, and general industrial engineering. By combining strength, precision, and adaptability, it provides a cost-effective and high-performance solution for modern installations.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
EE-927-08-06	90° elbow with 1/2" BSP male thread / 3/8" BSPT female thread, galvanized cast iron.	-	25	In stock	Enquiry
EE-927-12-08	90° elbow with 3/4" BSP male thread / 1/2" BSPT female thread, galvanized cast iron.	-	25	In stock	Enquiry
EE-927-16-12	90° elbow with 1" BSP female thread / 3/4" BSPT male thread, galvanized cast iron.	-	25	In stock	Enquiry

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The 90° reducing elbow with internal BSP thread and external BSPT thread is a robust and reliable solution designed for precise and secure piping connections in demanding industrial installations. Manufactured from high-quality ductile iron, it ensures exceptional durability and resistance to mechanical stress, making it suitable for long-term operation even under challenging conditions. The fitting is engineered to perform at operating temperatures of up to +300°C, with a working pressure of 25 bar at temperatures up to +120°C and 20 bar at elevated temperatures up to +300°C, guaranteeing consistent performance across a wide range of applications. Its versatile design allows seamless integration into complex piping systems, ensuring leak-tight connections and optimal flow efficiency. This reducing elbow is an excellent choice for industries requiring reliability, safety, and efficiency, such as energy, chemical processing, heating systems, and general industrial engineering. By combining strength, precision, and adaptability, it provides a cost-effective and high-performance solution for modern installations.