Soldering Alloy Rods MEGA 60351, 350 mm length

Soldering alloy rods MEGA 60351, 350 mm length are straight filler rods designed for manual and machine soldering tasks. Manufactured as uniform metal sticks, these rods provide a convenient form factor for use with soldering irons, gas torches or induction heaters where a rod-shaped filler is required. They are intended to be melted onto joint areas to create reliable metallic bonds in electronics, plumbing and general metal repair or assembly operations.

Advantages

These 350 mm soldering alloy rods offer consistent shape and length for steady feeding during continuous work. Their rod form allows precise application of filler material to joints and seams, reducing waste and improving control compared with loose wire or paste. Compatibility with common heating tools makes them adaptable for both small repair tasks and mechanised production processes. The uniform stick format also simplifies storage and handling.

Suitable for

• Manual soldering with an iron or torch
• Machine-fed soldering or automated soldering stations
• Electronics assembly and repair where rod filler is acceptable
• Plumbing and metalwork joins that require a compatible alloy filler
• On-site repair work using portable heating tools

Key specifications

• Form factor: straight metal rod (stick)
• Length: 350 mm
• Intended use: filler material for soldering and brazing
• Compatibility: suitable for use with soldering irons, gas torches and induction heaters
• Application areas: electronics, plumbing, general metal repair and assembly

How to use

Secure workpieces and clean joint surfaces to remove oxides and contaminants before soldering. Heat the joint area with an appropriate tool (soldering iron, torch or induction heater) to the alloy's melting temperature, then bring the soldering alloy rod into contact with the heated zone so the filler melts and wets the surfaces. Allow the molten alloy to flow evenly along the joint, then remove heat and permit the assembly to cool undisturbed until the joint has solidified. Trim any excess if necessary and perform final cleaning to remove flux residues if flux was used.

Usage recommendations

Choose a heating method that matches the workpiece material and joint size: use a soldering iron for small electronic joints, a gas torch for plumbing and larger metalwork, and induction heating for quicker, controlled heating in production settings. Always follow safety guidelines, including adequate ventilation, eye protection and heat-resistant gloves, and consult material compatibility data to ensure the alloy is appropriate for the base metals being joined.