Philmore Solder Dispenser Tube, 63/36/2 .7oz, NC601 No Clean
The Philmore Solder Dispenser Tube, 63/36/2 .7oz, NC601 No Clean provides a high-performance soldering solution for electronics assembly and repair. This solder combines a specialized tin-lead-silver alloy with an advanced no-clean flux, making it an excellent choice for applications requiring enhanced joint strength and clean results without post-soldering cleanup.
The 63/36/2 (Tin/Lead/Silver) alloy, specifically Sn62/Pb36/Ag2, is notable for its excellent wetting characteristics and enhanced mechanical properties. The addition of silver helps to reduce the erosion or dissolution of silver from components or silver-plated surfaces during soldering, ensuring stronger and more reliable connections. Its near-eutectic nature contributes to a quick transition from liquid to solid, minimizing the risk of cold solder joints. The NC601 No Clean flux core is formulated for high activity, promoting rapid wetting and excellent solder spread. Crucially, it leaves behind clear, colorless, and non-conductive residues that typically do not require cleaning in most applications, streamlining your workflow.
Conveniently packaged in a dispenser tube, this solder allows for precise and controlled feeding, reducing waste and simplifying detailed soldering tasks. With 0.7 ounces of solder, it's a practical size for a variety of projects, from intricate circuit board work to general electronic repairs.
Key Features:
- Solder Alloy: 63/36/2 Tin/Lead/Silver (Sn62/Pb36/Ag2)
- Weight: 0.7 oz (approximately 19.8 grams)
- Flux Type: NC601 No Clean
- Residue: Clear, colorless, non-conductive, and generally does not require cleaning
- Dispenser Type: Tube for controlled and convenient feeding
- Application: Ideal for electronics soldering, especially where enhanced joint strength, silver-plated components, and a no-clean process are desired.
- Benefits: Excellent wetting, strong and reliable joints, prevents silver dissolution, and eliminates the need for post-soldering cleanup in most situations.
