Skip to product information
1 of 2
10 sales

Leaded Solder Wire, 50% Tin with Rosin Core (0.8mm, 750g)

Leaded Solder Wire, 50% Tin with Rosin Core (0.8mm, 750g)

Regular price HK$165.00
Regular price Sale price HK$165.00
Sale Sold out
Shipping calculated at checkout.
Quantity

Achieve clean, reliable, and easy-to-manage solder joints with our Leaded Rosin Core Solder Wire. Featuring a 50% tin content, this large 750g spool is an economical choice for hobbyists, technicians, and workshops seeking the performance benefits of a traditional tin-lead solder.

The 0.8mm diameter offers the perfect balance between precision for smaller components and sufficient flow for general-purpose tasks.

Key Features:

  • Classic Tin-Lead Formulation (50% Tin): This traditional tin-lead alloy provides a low melting point and excellent flow characteristics, making soldering faster and easier compared to many lead-free alternatives.
  • Integrated Rosin Flux Core (2.0%): Features a built-in rosin flux that cleans the soldering surface as you work, promoting superior wetting and creating strong, durable electrical connections without the need for external flux.
  • Versatile 0.8mm Diameter: Ideal for a wide range of applications, from through-hole components on PCBs to wire splicing and general electronics repair.
  • Large 750g Workshop Spool: The generous 750g weight ensures you have plenty of solder on hand for multiple projects, offering great value and reducing the need for frequent reordering.

Ideal For:

  • PCB Assembly & Repair
  • DIY Electronics Projects
  • Audio Equipment & Speaker Wiring
  • Automotive Electronics
  • General Component Soldering & Rework

Specifications:

  • Alloy: Tin/Lead Formulation (50% Tin Content)
  • Diameter: 0.8mm
  • Flux: 2.0% Rosin Core
  • Weight: 750g
  • Melting Point: Low melting range typical of leaded solders.

⚠️ Safety Notice: This product contains lead. Use in a well-ventilated area and wash hands thoroughly after handling. Not for use on plumbing intended for drinking water.

View full details