Water Soluble

AIM’s full line of water soluble solder products includes solder pastes, liquid fluxes and cored wire solders in a variety of alloys, particle sizes, and viscosities designed to suit all SMT applications. These products have been proven to provide excellent soldering results with excellent wetting and cleaning properties. 

 AIM’s WS488 water soluble solder paste has been designed to wet virtually any solderable electronic surfaces, components, assemblies, and substrates. WS488 offers superior slump resistance, as well as excellent print characteristics and 8+ hours of stencil life. WS488 is compatible with...
 WS482 is a water soluble, halide-free flux cored wire that is highly active and compatible with water soluble solder paste chemistries. WS482 offers improved thermal stability, allowing it to be processed with standard or high temperature alloys. WS482 offers residues that are non-corrosive...
 WS715M is a neutral alcohol based, organically activated, rosin-free, water soluble liquid flux designed specifically for wave solder applications. Though designed for application via foam fluxer, WS715M may also be applied by automated flux sprayers, dipped, or brushed on with favorable...
 WS716 is a halogen- and halide-free, alcohol based, organically activated, rosin-free, water soluble liquid flux designed specifically for wave solder applications. WS716 is the liquid version of the WS-477S1 series solder paste. Though designed for application via foam fluxer, WS716 may also...
 WS770 is a PH neutral, organically activated, water-based, VOC-free water-soluble liquid flux formulated to fully atomize during the wave soldering process. WS770 may be applied by automated flux sprayers, foamed, dipped, or brushed on with favorable results. WS770 is a buffered...
 OAJ Cored Wire features a halide-activated system that has been neutralized with an amine. The aminehydrohalide provides a high activation level that produces excellent tarnish or oxide removal, and maximum capillary action, leading to faster wetting, and reducing the chances of thermal...