Rosin Flux 10g

Description

WL Rosin Welding Flux Paste (10g)

Ensure reliable electrical connections and clean solder bonds with the WL Rosin Welding Flux Paste. This compact 10g tub of solid rosin-based flux is an essential addition to any electronics repair kit, perfect for delicate circuit board work, quick wire splicing, and DIY hobbyist electronics.

As shown in image_f0e6a3.jpg, it comes packaged in a round, portable container featuring a green and red label, designed to sit securely on your workbench without taking up valuable space.

Key Features

• Effective Oxide Removal: Instantly strips away oxide films from metal surfaces and soldering iron tips upon heat contact, allowing for pristine solder adhesion.

• Prevents Cold Joints: Lowers surface tension to let molten solder flow evenly and pool perfectly, reducing the risk of brittle or dry solder connections.

• Non-Corrosive Formula: Formulated to be gentle on copper traces, components, and iron tips, ensuring your electronics stand the test of time without degradation.

• Compact 10g Workbench Size: The lightweight, pocket-sized container (visible in image_f0e6a3.jpg) makes it incredibly easy to store in any travel toolkit or desktop drawer.

• Minimal Clean-Up: Leaves behind minimal, non-conductive residue that typically does not require aggressive scrubbing post-solder.

Specifications

• Brand: WL (as featured in image_f0e6a3.jpg)

• Product Type: Rosin Soldering / Welding Flux Paste

• Weight: 10g

• Container: Round plastic tub with a screw-top lid

• Application: Ideal for PCB trace repair, surface mount components (SMD), hobby electronics, and wire terminal tinning.

How to Use

1. Lightly clean the metal surfaces or wire strands intended for connection.

2. Dip your solder wire directly into the WL rosin tub, or use a small brush/pin to apply a dab of paste directly to the joint.

3. Apply your heated soldering iron tip. The paste will activate under thermal load, pulling the solder smoothly over the workpiece for a professional, shiny finish.