Surface Mount Technology Solder Pastes
Wide range of no-clean, halogen-zero products
Innolot & HT1 for higher-reliability assemblies
Low-void versions
High SIR performance versions
Type 3, 4 and 5 versions
With our new approach through Microbond® SMT660 Innolot® for a high-reliable solder alloy for demanding applications, we are showing how to keep competitive Total-Cost-of-Ownership, while fulfilling emerging requirements. The next generation of Innolot® solder paste offers the well known features of higher creep resistance, resulting in longer product life cycles at higher operating temperatures. The SMT660 Innolot® solder paste performs in the air without additional N2 during reflow, while keeping defects low, reducing your TCO. This specifically means reduced pin and blowhole defects, very low BGA voiding and low area voiding.
Heraeus Electronics offers on top the new SMT660 Innolot® 2.0 with reduced cost, while keeping the features of Innolot®.
Heraeus Electronics Microbond® SMT712 is designed to meet all the needs of demanding SMT applications. With a wide process window, and excellent high-speed printing and wetting properties, keeping head-in-pillow defects to the minimum during the soldering process.
Innolot provides reliability improvements for applications using both standard operating temperatures and elevated ones. Operating temperatures of up to 150 °C are possible. Innolot with its improved creep strength enables to accommodate the CTE mismatches.
HT1 is a further lead-free solder alloy that provides high reliability in applications using ceramic substrates or direct bonded copper (DBC).
Series | Alloy | Classification | Key Properties | Downloads |
---|---|---|---|---|
SMT660 | Innolot, Innolot 2.0 | No clean, REL0, Halogen Zero | Solder pastes solderable in the air with low defects at a reduced cost, stable quality, reduced pin and blowhole behavior, high SIR performance and Low area voiding | |
SMT712 | SAC305,SAC105 | No clean, REL0, Halogen Free | Stable viscosity for long stencil life, excellent wetting in air reflow, wide process window and reduced BGA head-in-pillow defects |
Flyer SMT712 |
SMT645 | SAC305, Innolot | No clean, REL0, Halogen Zero | Excellent wetting on various surfaces, superior print after wait performance and print to print consistency |
Technical Data Sheet SMT645 |
SMT650 | SAC305, Innolot | No clean, REL0, Halogen Zero | Reduced risk of electro-migration in fine feature applications and excellent thermal mechanical strength, in combination with Innolot® alloy | Factsheet SMT650 |