Kester Lead Free Paste Solder

Designed to exceed customers' expectations for high yield lead-free manufacturing. EM907 is engineered for the high thermal demands of assembling with lead-free alloys such as the family of SnAgCu(SAC).

Designed to exceed customers' expectations for high yield lead-free manufacturing. EM907 is engineered for the high thermal demands of assembling with lead-free alloys such as the family of SnAgCu(SAC).

Kester EM808 provides hours of stable stencil life, tack time and repeatable print definition. EM808's robust printing characteristics result in consistent solder paste volume regardless of idle time and print speed.

Water soluble solder paste formulated to reduce voiding and provides excellent wetting and ease-of-cleaning. Extremely stable...

The key variables in lead-free SMT are higher reflow temperatures, flux activity, residue characteristics, cleanability, and pin testability.

Kester’s NXG1 lead-free no-clean solder paste represents a breakthrough in lead-free technology with a best-in-class combination of superior wetting behavior, shiny joints, excellent printing and the longest shelf life available. Backed by Kester’s...

Kester’s NXG1 lead-free no-clean solder paste represents a breakthrough in lead-free technology with a best-in-class combination of superior wetting behavior, shiny joints, excellent printing and the longest shelf life available. Backed by Kester’s...

Lead-free, halogen-free solder paste with state-of-the-art capabilities to support modern electronics assembly challenges. Capable of printing and reflowing 01005 components, even in air reflow, with minimal graping behavior.

Lead-free, halogen-free solder paste with state-of-the-art capabilities to support modern electronics assembly challenges. Capable of printing and reflowing 01005 components, even in air reflow, with minimal graping behavior.

EnviroMark 808 Lead-Free Water-Soluble Solder Paste, Stencil Printing, Sn96.5Ag03Cu0.5 325, 600g Cartridge. The key variables in lead-free SMT are higher reflow temperatures, flux activity, residue characteristics, cleanability, and pin testability.