Water-Soluble Wave Solder Flux
Superior Flux water-soluble wave solder fluxes are solvent-based. Since residues from these fluxes are cleaned off with water (or other cleaners) after soldering, these fluxes can offer more activity than do No-Clean wave solder fluxes.
No. 80
pH Neutral, Water-Soluble Flux; Alcohol-Based
Superior Flux Number | No. 80 |
Description | pH Neutral, Water-Soluble Flux; Alcohol-Based |
Application | Spray, wave, foam |
Solids Content | 18% |
Rec. Temp Ranges | 200-315°C / 390-600°F |
Specs. | ORM1 |
SDS | Link |
Spec. Sheet | Link |
No. 84
Water-Soluble Flux; Alcohol Based
Superior Flux Number | No. 84 |
Description | Water-Soluble Flux; Alcohol Based |
Application | Spray, wave, foam |
Solids Content | 17% |
Rec. Temp Ranges | 200-315°C / 390-600°F |
Specs. | ORM1 |
SDS | Link |
Spec. Sheet | Link |
All Superior Flux PCB assembly wave solder fluxes are RoHS compliant.
WATER-SOLUBLE WAVE SOLDER FLUX
Superior No. 80 is a Neutral pH halide-activated wave soldering formulation for foam, wave and spray applications. Its high activity level makes it suitable for difficult-to-solder surfaces, and it is compatible with all non-water-soluble solder masks. The flux’s solderability and cleanability make it adaptable to a wide variety of board styles, sizes and thicknesses. This wave solder flux is effective on bare Copper, OSP, HASL or plated surfaces, and can be used with clean bare copper, pre-tinned, nickel-based, or oxidized components.
Superior No. 84 is a halide-activated water-soluble wave solder flux that can be used for foam, wave and spray applications. Its high activity level makes it suitable for difficult-to-solder surfaces and it is compatible with all non-water-soluble solder masks. The flux’s solderability and cleanability make it adaptable to a wide variety of board styles, sizes and thicknesses. This wave solder flux is effective on bare Copper, OSP, HASL or plated surfaces, and can be used with clean bare copper, pre-tinned, nickel-based, or oxidized components.
Please keep in mind that the water that results from cleaning PCBs after soldering is contaminated with flux residues and other residues and by-products from the PCB. Therefore, this water often has to be treated per appropriate regulations prior to flushing down the drain.
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