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Feature

Packed as pictured. 8cc syringe contains 35 grams of solder paste
Kit Includes five 19-gauge dispensing tips (0.033" inside diameter)
63/37 Tin/Lead, the most common for electronics work
No-clean flux formula

Description

Legendary Kester Solder in a convenient Dispense-Pak Saves You Money!

35 gram syringe - includes bonus dispensing tips

Kester EP 256 is a paste solder developed for high volume SMT reflow soldering. It is a no-clean solder paste specifically designed for maximum robustness in reflow profiling. EP256 has the widest possible reflow processing window.

Residues that remain after soldering are almost colorless, leaving a cosmetically appealing repair. The residue is safe to be left on the assembly after soldering.

Features:

* Kester EP256 63/37 Tin/Lead, the most common for electronics work

* Packed as pictured. 8cc syringe contains 35 grams of solder paste

* Kit Includes five 19-gauge dispensing tips (0.033" inside diameter)

* Stable wetting behavior over a wide range of profiles

* Excellent solderability to a wide variety of metals

* No-clean flux formula. Residues don't need to be removed for typical applications

* Flux residue is non-corrosive and non-conductive

* Stored in refrigeration until shipment

* Factory fresh, NOT SURPLUS. Shipped in labeled package with date code. Shelf life 6mos from DOM

Warnings and cautions:

* For industrial use only

* Repacked from a bulk package. Product is guaranteed to be as labeled

* We can not offer application advice. For use by experienced electronics technicians

* User assumes all risk for application. Warrantees are limited to replacement or refund of product.

* Always wear safety glasses when working with soldering equipment and materials

* Always use adequate ventilation when working with soldering equipment and materials

* Avoid breathing flux fumes emitted during soldering. Flux fumes may cause pulmonary irritation or damage.

* This product may contain chemicals known to the state of California to cause cancer and/or other reproductive harm.