2UUL SC61 Ultra Clean Soldering Rosin

Product details

2UUL SC61 Ultra Clean Soldering Rosin

The 2UUL SC61 is a premium, high-purity solid rosin flux specifically developed for professional electronics repair. Featuring an “Ultra Clean” formula, it enhances soldering efficiency, prevents oxidation, and ensures a transparent, non-conductive residue. Ideal for soldering iron tip tinning and cleaning, as well as providing a high-activity flux base for intricate motherboard work.

In stock

Delivery: 1-3 Days

Description

Purity and Performance for Precision SolderingIn micro-soldering, the quality of your flux determines the quality of your joint. The 2UUL SC61 Ultra Clean Rosin is refined to remove the impurities found in standard rosins. This results in a flux that not only aids in perfect heat transfer but also leaves your workspace looking pristine and professional.Key Features:Ultra-Clean Formulation: Specially refined to minimize carbonization (blackening), keeping your soldering iron tips cleaner for longer and providing a clear view of the PCB pads.High-Activity Wetting: Excellent for removing surface oxidation on copper traces and component pins, ensuring solder “wets” and flows instantly for a perfect bond.Transparent Residue: Unlike traditional rosin that turns dark and brittle, the SC61 leaves a light, manageable residue that is easily removed with standard PCB cleaners.Soldering Iron Tip Protector: Perfect for dipping your hot iron tip into to prevent “dry burning” and oxidation, significantly extending the life of your precision tips (like C210 or C245).Stable Thermal Conductivity: Ensures even heat distribution across the soldering point, reducing the risk of “cold joints” or thermal stress on sensitive ICs.Low Fume & Low Odor: Environmentally conscious formula that produces fewer irritating fumes compared to industrial-grade rosins.Technical Specifications:Model: SC61Brand: 2UULState: Solid BlockColor: High-Transparency AmberApplication: Soldering iron tip cleaning, PCB soldering, component tinning, and flux supplementation.