Indium Solder Flux WF-84471-1G - No Clean, Alcohol, Wave Solver Flux, ROL0

SKU: YCT-881CH940

In Stock

PRICE: US$ 70.76

Reliable Soldering with Indium Solder Flux WF-84471-1G


If you're looking for a reliable solder flux that meets the requirements of J-STD-004 Type ROL0, look no further than Indium Solder Flux WF-84471-1G. This no-clean, alcohol-based wave solver flux is designed for use in a variety of soldering applications, including through-hole and mixed-technology assemblies.


Advantages of WF-84471-1G Solder Flux


WF-84471-1G solder flux offers several advantages over other rosin-containing no-clean fluxes. It is more heat-stable than rosin-free formulas, making it ideal for use in high-temperature soldering applications. Additionally, it is more active than most other no-clean formulas, ensuring reliable solder joints with minimal defect rates.


Compatibility with Various Solder Alloys and Surface Finishes


WF-84471-1G solder flux has been tested for compatibility with a wide range of selective solder operations, as well as with popular solder alloys such as SAC305, SAC105, SAC0307, and silver-free tin-copper plus additive alloys. It is also compatible with Hot Air Solder Leveled (HASL), Immersion Silver, Electroless Nickel Immersion Gold (ENIG), and Organically Solder Preserved (OSP) Copper surfaces.


Reliable Performance in Demanding Applications


WF-84471-1G solder flux has been designed to meet the demands of modern electronic assembly. It performs well in a wide range of temperatures and soldering conditions, making it ideal for use in high-reliability applications such as aerospace, automotive, and medical devices.


Buy Indium Solder Flux WF-84471-1G Online Today


Don't settle for anything less than the best. Buy Indium Solder Flux WF-84471-1G online today and experience the difference for yourself. With its reliable performance, wide process window, and compatibility with a range of solder alloys and surface finishes, WF-84471-1G is the ideal choice for any electronic assembly application.