What is BS EN 4337 - Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in Aerospace applications about?

BS EN 4337 is an international standard used for Aerospace series. This helps in manufacturing good quality Heat-resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in aerospace applications.

BS EN 4337 specifies the requirements relating to Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2) Filler metal for welding Wire and rods for aerospace applications.

Who is BS EN 4337 - Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in Aerospace applications for?

BS EN 4337 on Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in Aerospace applications is useful for:

The aerospace and defence industry  
Manufacturers of aerospace equipment and components  
Vendors / Manufacturers and suppliers of sheet and strip steel for aerospace 
Purchase divisions/component sourcing personnel 
Product design engineers  
Aeronautical engineers

Why should you use BS EN 4337 - Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in Aerospace applications?

Filler metal can be used to join most magnesium wrought alloys.  The filler has the best weldability and weld strength for magnesium alloys.

BS EN 4337 specifies the requirement related to Heat-resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used for constructing the Aerospace applications. This helps in identifying the hazardous substances used in the manufacturing process. BS EN 4337 can ensure the sustainability of these requirements in different climatic conditions.

By applying BS EN 4337, you can standardize the manufacturing process which results in producing good quality Heat-resisting alloy NI-WH8901 (NiCr16Ti3Mn2) used in Aerospace applications.

BS EN 4337:2001

Aerospace series. Heat resisting alloy NI-WH8901 (NiCr16Ti3Mn2). Filler metal for welding. Wire and rod

Current

Published:

15 Aug 2001