Aufhauser Brazing and Soldering Fluxes are top-rate industrial flow and cleaning agents ideally suited for use with Aufhauser Brazing or Welding alloys in your project.

Use this chart to select the appropriate flux to complement your welding, brazing, or soldering application.

 

WELDING FLUXES

Aufhauser Welding Fluxes

BRAZING/SOLDERING FLUXES

Aufhauser Brazing/Soldering Fluxes

Flux for General Welding / Brazing

Flux Name	Base Metal	Recommended Filler Metal	Form	Applications / Description	Active Temp.	Specification
Flux10	Aluminum and Aluminum-Based Alloys	Most Aluminum Brazing Alloys	Paste, Powder	Automotive, Air-Conditioning	1080-1140°F	N/A
Flux11	Cast and Malleable Iron	Low-Fuming Bronze	Powder	Maintenance, Marine Engines	1500-2000°F	Mil-F-16136B
Flux14	Aluminum Sheets and Aluminum Based Alloy Sheets	Most Aluminum Based Alloy Sheets, and Strips	Powder	Aluminum Sheets, Air-Craft, Air Conditioning, Home Building	1080-1350°F	AMS 3414 Mil-F-6939b
Flux17	Stainless Steels, High Chrome Alloy and Carbides	Nickel Silver, Brass and Bronze, Low Silver Alloys	Powder	Carbide Tools, Restaurant Appliance Mining Tools	1400-2200°F	AWS Type 3D
Flux52	Zinc Die Cast	Zinc Die Casting, POT Metal and Dow Metal	Salt Powder	Zinc Die Casting, DOW Metals	600-1000°F	N/A
Flux600	Bronze, Copper Brass, and Steel	Low-Fuming Bronze and Nickel Silver	Paste, Powder	Farm Machinery	1400-2200°F	AMS 3417 AWS Type FB3J
Flux800	Cast Iron	Cast Iron	Powder	All Cast-to-Cast Iron Joining	950-1300°F	N/A
Flux900	Magnesium and Magnesium Alloys	Equivalent Magnesium Filler Metals	Paste, Powder	Fabrication of Magnesium Alloys	950-1300°F	Mil-F-6943a
Stainless Steel Flux	Gas Welding of Stainless Steel and High Chromium Ferrous Alloys	Equivalent Stainless Steel or High Chrome Alloys	Powder	Industrial Equipment and Maintenance	1500-2900°F	Mil-F-7516b Classes 1 & 2
Back-Side Stainflux	Series 300 and 400 Stainless Steel	Equivalent Stainless Steel or High Chrome Alloys	Powder	TIG & MIG Welding of Stainless Steel	2000-2900°F	Mil-F-7516b Classes 2 & 4

 

Flux for Silver Brazing / Soldering

Flux Name	Base Metal	Recommended Filler Metal	Form	Applications / Description	Active Temp.	Specification
White SilverFlux (UltraFlux)	Ferrous and Non Ferrous, Stainless Steels, Carbides and High Chrome Alloys	All Silver Alloys AWS Classes BAg and BCuP	Paste, Powder	Air-Conditioning, Appliance, Plumbing, Carbide Tools	1100-1600°F	AMS 3410 AWS FB3A O-F-499D Type B
Black SilverFlux (UltraFlux Black)	Ferrous and Non Ferrous Alloys with Large Amount of Refractory Oxides	All Silver Alloys AWS Classes BAg and BCuP	Paste, Powder	Carbide Tools, Mining Tools	1050-1800°F	AMS 3411 AWS FB3C O-F-499D Type B
Flux505	Ferrous and Non Ferrous Suitable for Soft Soldering	Soft Solders, All Commercial Grades Tin/Lead, Tin/Silver, Tin/Antimony	Paste, Powder	Plumbing, Air-Conditioning	300-500°F	Fed O-F 506c Type 1, Form B
SolderFlux (Liquid)	Ferrous Alloys and Stainless Steel	Tin/Lead, Tin/Silver, Tin/Antimony Solder	Liquid	Recommended for Soldering of Most Metals Except: Aluminum, Magnesium and Titanium	200-600°F	Fed O-F-506c Type 1, Form B

 

Liquid Flux for Production Welding / Brazing

Flux Name	Base Metal	Recommended Filler Metal	Form	Applications / Description	Active Temp.	Specification
SpeedFlux Type LPG	Steel, Copper, Bronze, Most Ferrous and Non-Ferrous	Steel, Bronze Rods, Nickel-Silver Rods, and Silver Solder	Liquid	Use with All Liquefied Petroleum Gas Systems for Production	1400-2000°F	N/A
SpeedFlux Type B-2	Steel, Copper, Bronze, Most Ferrous and Non-Ferrous	Steel, Bronze Rods, Nickel-Silver Rods, and Silver Solder	Liquid	Use with Oxyacetylene Torch for High Speed Production of All Surface Brazing, Tubular Steel Furniture and much more	1400-2000°F	N/A

 

 

Active Temperature Range