Our Products
Our range covers the entire spectrum of soft soldering: flux-cored wires, solid wires, bars and sticks, SMD pastes and fluxes. The focus is on lead-free alloys, standard for electronics and regulated industry.
Our products are formulated in compliance with the main international standards.
Flux-Cored Wires
Wires with flux core, ideal for precision soldering and electronic applications.
Solid Wires
High-quality solid metal wires for professional soldering and applications in various industrial sectors.
Bars
Metal bars in various formats and alloys for the electronics industry
Sticks
Metal sticks for manual soldering and specialized applications.
SMD Pastes
Pastes for surface mount component soldering, ideal for modern electronics.
Fluxes
Wide range of fluxes for various applications in the electronics and electromechanical industry
Alcohol-Based
We offer a wide range of no-clean fluxes for both lead-free and lead-containing alloy soldering.
VOC Free
NC275B Water-based VOC-free No Clean flux outperforms competing alcohol-based liquid fluxes in wave soldering processes; its excellent wetting performance and electrochemical reliability make it an ideal chemistry for most applications; the halogen-free and VOC-free formulation is environmentally friendly without compromising activity; NC275B flux residues are compatible with AIM's entire line of no-clean products, including solder paste, flux-cored wire and rework fluxes.
Gel (Paste Flux)
NC Paste Flux is a gel formulated for rework of printed circuit boards and BGA balls.
Starlock
STARLOCK® fastening systems represent an innovative and reliable solution for fastening mechanical components on pins. Based on a unique operating principle, they guarantee exceptional hold with simplicity of assembly and controlled removal.
Starlock
STARLOCK® fastening systems represent an innovative and reliable solution for fastening mechanical components on pins. Based on a unique operating principle, they guarantee exceptional hold with simplicity of assembly and controlled removal.