Desoldering Wick

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High Quality Desoldering Wick or Desoldering Braid

In high-reliability electronics manufacturing and precise PCBA rework, clearing excess solder from delicate pads requires a non-destructive thermal solution. The Hakko FR-551 Series Desoldering Wick represents the pinnacle of professional desoldering braid technology. Designed specifically to meet the strict demands of modern lead-free and high-density circuit assemblies, the FR-551 series utilizes an optimized, high-purity copper weave that maximizes capillary force to draw up molten solder cleanly and instantaneously.

By combining extreme thermal conductivity with a specialized no-clean flux coating, the FR-551 minimizes the required dwell time of the soldering iron tip on the PCB pad. This rapid absorption mechanism prevents thermal over-exposure, eliminates pad lifting, and safeguards sensitive adjacent components from localized heat damage during manual rework cycles.

Feature Parameter New Standards Focus: FR-551 Series
Core Composition High-density, ultra-fine pure copper braid with an braided geometric weave pattern.
Flux Chemistry No-Clean (ROL0 classification): Halide-free flux coating that leaves behind negligible, non-corrosive residue.
Industry Compliance Fully compliant with IPC J-STD-004C, JIS Z 3197 and IPC-TM-650
Lifecycle Status Active Production: Full global inventory pipeline available across multiple width profiles.

How does the no-clean flux formulation in the Hakko FR-551 series improve production efficiency?

Traditional desoldering braids utilized heavy rosin fluxes that left behind sticky, highly visible residues capable of trapping moisture and conductive particulate waste over time. The Hakko FR-551 Series features an advanced, halide-free No-Clean flux coating (classified as ROL0 under IPC standards). When heated, the flux activates completely to strip surface oxides from the solder joint without releasing aggressive chemical vapors. The microscopic residue left behind is entirely non-conductive and non-corrosive, completely eliminating the time-consuming post-rework solvent washing phase.