New: Stannol Solder Paste SP6500

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Process stability and sustainability for high-volume SMT production

Stannol introduces SP6500, a new high-performance solder paste in the greenconnect series. SP6500 was specially developed for demanding series and mass production in surface-mounted electronics manufacturing (SMT) and combines exceptional process stability with proven environmental compatibility.

 

New standards in series production

SP6500 sets standards in production-relevant key figures: it guarantees constant print-to-print consistency, long stencil service life and reproducible reflow results – even over long production runs. This makes it particularly suitable for high-volume production environments where process reliability and minimised downtimes are crucial.

 

Performance features at a glance

  • Consistent performance in stencil printing: outstanding print stability over long print cycles and reproducible results for at least six hours without re-dosing.
  • Robust for high-volume production: Developed for series and mass production, with stable process windows even with demanding reflow profiles and in air or nitrogen atmospheres.
  • Reliable wetting and component performance: High placement reliability, good self-alignment, low tombstoning and solder-balling rates.
  • No-clean technology: Minimal, transparent residues after the reflow process – most applications do not require downstream cleaning.

 

Sustainability included

SP6500 not only sets standards in terms of process technology, but also ecologically:

  • Solder powder made from recycled solder
  • Saves around 85% CO₂ emissions compared to conventional solder pastes
  • halogen-free formulation (halogen-zero)

 

Optimised for modern production requirements

SP6500 supports applications in the fine pitch range up to 0.4 mm and offers excellent tackiness for high-speed pick-and-place machines. It is also compatible with almost all common stencil printing systems, ensuring high flexibility in a wide range of production environments.

 

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