Structural Component BNi?2 Powderfor Aerospace
5. Cool down in furnace to below 300 °C before unloading.
4. Post-brazing & Safety Notes
- Critical aerospace assemblies may require post-braze diffusionheat treatment to improve joint ductility.
- BNi?2 contains boron. Boron diffusion into thin substrates maycause embrittlement; strictly control temperature & holding timefor thin-walled parts.
- Storage: Keep powder sealed, dry and away from moisture. Preparedpaste should be refrigerated and used promptly.
5. Cool down in furnace to below 300 °C before unloading.
4. Post-brazing & Safety Notes
- Critical aerospace assemblies may require post-braze diffusionheat treatment to improve joint ductility.
- BNi?2 contains boron. Boron diffusion into thin substrates maycause embrittlement; strictly control temperature & holding timefor thin-walled parts.
- Storage: Keep powder sealed, dry and away from moisture. Preparedpaste should be refrigerated and used promptly.Rite Material
Why choose it
Lower boron content → less brittle phase formation, better jointductility
Wider melting range → more forgiving with larger or less-precisejoint clearances (0.05–0.15 mm)
Reduced boron penetration into base metal → less risk of base-metalembrittlement
More tolerant of minor process variations
Best for:? Wider-clearance joints, applications re morepost-braze ductility, situations where boron penetration into theparent metal is a concern, components needing thermal-fatigueresistance
5. Cool down in furnace to below 300 °C before unloading.
4. Post-brazing & Safety Notes
- Critical aerospace assemblies may require post-braze diffusionheat treatment to improve joint ductility.
- BNi?2 contains boron. Boron diffusion into thin substrates maycause embrittlement; strictly control temperature & holding timefor thin-walled parts.
- Storage: Keep powder sealed, dry and away from moisture. Preparedpaste should be refrigerated and used promptly.Rite Material
High Temperature Service BNi?2 Brazing Alloy Powder