2x UNITS - Lead-Free Solder Paste Sn42Bi58 - No Clean, Low Melting Poi

High-quality solder paste in convenient 30g syringes. This 2-pack ensures smooth, reliable joints and keeps your assembly running without interruptions.

Key Features:

• Lead-Free and Eco-Friendly: Composed of Sn42Bi58 alloy, our solder paste is safe for both the environment and your projects, meeting international standards.
• Low Melting Point (138°C): Ideal for delicate components and efficient soldering processes, reducing the risk of thermal damage.
• No-Clean Formula: Residue-free performance eliminates the need for post-solder cleaning, saving time and effort.
• High Adhesion and Conductivity: Ensures strong and reliable bonds for SMD, PCB, and other microelectronic components.
• Professional-Grade Performance: Perfect for reflow soldering and manual applications, suitable for professional and hobbyist use.

Product Description:

Achieve perfect soldering results with our Lead-Free Solder Paste, specifically formulated for precision and reliability in electronic assembly. Its Sn42Bi58 alloy composition ensures excellent conductivity and durability, while the low melting point of 138°C minimizes thermal stress on sensitive components. Designed with a no-clean formula, this paste leaves minimal residue, making it efficient and convenient for all your soldering needs.

Whether you're assembling PCBs, working with SMD components, or tackling intricate repairs, our solder paste delivers strong adhesion and consistent performance. Suitable for reflow soldering, manual applications, or use with dispensers, it’s the perfect solution for both professionals and electronics enthusiasts.

Packaged in a convenient 30g container, it provides ample material for various projects. Trust in a product that prioritizes quality, efficiency, and safety in every application.

Additional Information:

• Model: DT1683
• Net Weight: 30g (Each unit)
• Composition: Sn42Bi58 (42% Tin, 58% Bismuth)
• Melting Point: 138°C
• Safety: Use with adequate ventilation and avoid direct skin contact.