Solder Wire 0.8mm 50g
Lead-free rosin-core solder wire, 0.8 mm diameter and 50 g net weight, melts quickly for electronic and phone repairs
- Compatibility/FitmentOut-Opening, Narrow Stile, Store Front Doors
- Lead-free rosin core avoids irritating fumes during soldering
- High-purity wire resists oxidation for reliable joints
- Low melting point speeds up electronic repair work
- 8 mm diameter suits precision component and phone repairs
- 50 g reel provides ample length for multiple jobs
Solder Wire 0.8 mm 50 g
This lead-free rosin-core solder wire is suited for electronics repair, phone board work and general electrical soldering. The 0.8 mm diameter provides fine control for small joints and surface-mount components.
Before Ordering Check
Verify that your soldering iron reaches a temperature suitable for lead-free alloys and that the tip size matches the 0.8 mm wire for efficient heat transfer. Ensure your workspace has adequate ventilation despite the low-odour flux.
Build and Daily Use
The spool delivers 50 g of high-purity wire with anti-oxidation properties for consistent flow and low melting point. The rosin core eliminates the need for separate flux application during routine component repairs and prototyping.
Highlights
- Lead-free rosin core avoids irritating fumes during soldering
- High-purity wire resists oxidation for reliable joints
- Low melting point speeds up electronic repair work
- 8 mm diameter suits precision component and phone repairs
- 50 g reel provides ample length for multiple jobs
Specifications
| Compatibility/Fitment | Out-Opening, Narrow Stile, Store Front Doors |
|---|
Questions about this item
What is included in the package and do I need to buy flux separately?
The package contains one spool of lead-free rosin-core solder wire, 0.8 mm diameter and 50 g net weight. The rosin core provides flux, so separate flux is not required.
Should I choose the 0.8 mm diameter or a different thickness for phone board repairs?
The 0.8 mm diameter suits fine-pitch work such as phone board repairs; thicker wire would be harder to control on small joints.
How does the low melting point affect soldering time on a dense PCB?
The low melting point lets the solder flow quickly, reducing the time the iron contacts the board and lowering the risk of heat damage.
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