The Baku BK-150 Soldering Rosin Paste Flux (150g) is a high-quality, professional-grade flux paste designed for use in soldering applications. Ideal for electronics repairs, PCB assembly, and general soldering tasks, this flux improves the flow of solder and ensures strong, reliable connections. The BK-150 formula is based on premium rosin, providing excellent wetting properties while minimizing oxidation during the soldering process. The 150g packaging makes it a cost-effective option for professionals and hobbyists who require a generous amount of flux for larger projects.

Features:

• Excellent Wetting Properties: Helps solder flow smoothly and ensures strong, durable solder joints.
• Effective Oxidation Prevention: Reduces oxidation during soldering, improving the overall quality and reliability of the solder joint.
• Easy-to-Apply Paste Form: The thick consistency of the paste allows for controlled and precise application, reducing mess and waste.
• Wide Application Range: Suitable for soldering a variety of materials, including PCBs, electrical wiring, and other metal components.
• Non-Corrosive and Safe: The flux paste is non-corrosive and safe for use with sensitive electronics and soldering equipment.
• Low Smoke Emission: The paste generates minimal smoke when heated, providing a cleaner and safer working environment.
• Large Packaging: The 150g container is ideal for professional users and large-scale projects, offering great value and efficiency.

Specifications:

• Type: Rosin-based soldering flux paste
• Net Weight: 150g
• Application: Soldering of electronic components, PCBs, electrical wires, and other metals
• Melting Point: 183°C (Typical soldering temperature)
• Viscosity: Medium-thick paste, ideal for precision application
• Smoke Level: Low smoke emission
• Corrosiveness: Non-corrosive formula
• Shelf Life: Long-lasting with proper storage
• Packaging: 150g jar

Usage Instructions:

1. Apply the Baku BK-150 soldering flux paste directly to the area to be soldered using a brush or spatula.
2. Heat the area with a soldering iron until the flux begins to melt.
3. Proceed with the soldering process as usual.
4. After soldering, clean any residual flux with an appropriate cleaner if needed.

Ideal For:

• Electronics assembly
• PCB repairs and prototyping
• Soldering electrical wires
• General metal joining