RELIFE RL-20B Soldering Wick 3015 – 3.0mm × 1.5m

RELIFE RL-20B Soldering Wick is a desoldering consumable for removing unwanted solder during electronics repair and PCB rework. The 3015 variant shown carries a labelled width of 3.0mm and a length of 1.5m per reel.

Supplied on a turquoise reel, the braided wick can be dispensed as needed for a suitable solder-removal task. It is a useful addition to a repair workstation alongside a compatible soldering iron, inspection equipment and other rework supplies.

Table of Contents

1. Product Overview
2. Specifications
3. Key Features
4. Repair Applications
5. How to Use Soldering Wick
6. Handling and Storage
7. Frequently Asked Questions

RELIFE RL-20B Soldering Wick: Product Overview

Soldering wick, also called desoldering braid, is used to draw molten solder away from a joint. It works with heat from a soldering iron and is consumed as sections of the braid become filled with solder.

The product photograph shows a braided copper-coloured strip extending from the reel. The reel label identifies the product as RELIFE RL-20B, while the jar label also displays the variant code 3015.

Check these markings when selecting your repair consumables. Matching the width to the work area matters, particularly when handling small pads or closely spaced components.

Product Specifications

Key Features

• Braided construction: Provides a working strip for absorbing molten solder.
• 3.0mm labelled width: Identifies the braid size for selecting an appropriate application.
• 1.5m labelled length: Refers to the amount supplied on each reel.
• Reel format: Keeps unused braid gathered and easier to organise.
• Clear model identification: RL-20B and 3015 markings help distinguish the variant.
• Repair-workbench consumable: Complements soldering and inspection tools used during rework.

Applications for RELIFE RL-20B Soldering Wick

Removing Excess Solder

Use an appropriate section of wick to remove unwanted solder from a compatible joint. A fresh section provides available braid for absorption, while a saturated section should be replaced.

Cleaning Solder Bridges

Desoldering braid can help remove excess solder connecting adjacent contacts. Inspect the area carefully and choose a braid width and iron tip appropriate to the joint rather than applying heat across unrelated components.

Preparing Pads During Rework

RELIFE RL-20B Soldering Wick can be considered for cleaning residual solder from suitable pads during a repair process. The correct technique depends on the board, pad condition and solder involved.

General Electronics Maintenance

Keep the reel with other repair consumables so it is accessible when a solder-removal step is needed. Confirm suitability for the specific work area before use; a single braid width will not suit every joint.

How to Use Soldering Wick

1. Disconnect power from the circuit and identify the solder you want to remove.
2. Position a fresh section of braid over the selected solder joint.
3. Apply a suitable heated soldering-iron tip to the braid so heat reaches the solder beneath it.
4. Allow the molten solder to wick into the braid without pressing or dragging across the pads.
5. Lift the iron and braid together while the solder remains molten.
6. Let the used section cool, then trim it off using a suitable cutting tool.

Avoid pulling braid that has become attached to a cooled joint. Reheat appropriately before lifting it to reduce the risk of damaging the pad.

For a general technique reference, see the manufacturer-published Chemtronics guide to using solder wick. This guide explains the method and does not certify or endorse this RELIFE product.

Handling and Storage

The working section becomes hot during use. Handle it with an appropriate tool and keep fingers away from the heated braid and soldering-iron tip.

Store RELIFE RL-20B Soldering Wick in a clean, dry place. Keep unused braid wound on its reel and protected from contamination.

Use appropriate fume extraction and follow the handling instructions for your solder, flux and soldering equipment. Inspect the completed joint under suitable lighting or magnification before returning the circuit to service.

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