2UUL Ultrafine Jumper Wire – 100 m Conductive Flying Line (0.009 mm / 0.01 mm / 0.02 mm Options)

Description

Introduction

As smartphones, tablets, and advanced electronic devices continue to shrink in size while growing in complexity, the tools and materials used to repair them must evolve accordingly. Micro-soldering and PCB rework often require wire so fine and conductive that it can be placed seamlessly onto tiny circuits without creating bulk or risking short circuits. For this reason, professional repair technicians trust 2UUL Ultrafine Jumper Wire – 100 m Conductive Flying Line.

Available in three ultrafine thickness options—0.009 mm, 0.01 mm, and 0.02 mm, this flying wire is specially designed for bridging broken traces, restoring continuity, and creating reliable jumpers in microelectronics. The wire combines strength, conductivity, and extreme thinness, ensuring precise results every time. Packaged in a 100 m roll, it provides lasting value for repair shops and technicians who handle regular circuit work.

Why Ultrafine Jumper Wire Matters in Repairs

Electronic circuit boards, especially in mobile phones and smart devices, feature extremely tight layouts. Traditional wiring solutions are often too thick to integrate seamlessly onto these miniature boards. Ultrafine jumper wire solves this by providing:

• Minimal Thickness: Enables unobtrusive bridging without lifting pads or interfering with nearby components.

• High Flexibility: Can be bent, curved, and placed in narrow areas without breaking.

• Strong Conductivity: Maintains stable electrical connections for both temporary and permanent repairs.

• Precision Repairs: Essential for reworking BGA chips, ICs, and fragile PCB pathways.

Without wires of this scale, many board-level repairs would be nearly impossible to execute with accuracy.

Key Features of 2UUL Ultrafine Jumper Wire

1. Three Size Options

Choose from 0.009 mm, 0.01 mm, and 0.02 mm thickness depending on your repair needs.

• 0.009 mm: For the finest micro-jumpers where extreme delicacy is needed.

• 0.01 mm: Balanced choice for most smartphone PCB repairs.

• 0.02 mm: Slightly thicker, ideal for stronger connections where space allows.

2. 100 m Long Spool

Each roll contains a generous 100 meters of wire, ensuring long-term use. Repair shops benefit from reduced costs per repair while individuals enjoy a wire that lasts through countless projects.

3. Exceptional Conductivity

Made from high-quality conductive materials, the wire ensures strong and stable connections. This is vital when repairing broken traces or rerouting pathways on sensitive boards.

4. Flexible and Durable

Despite being incredibly thin, the wire resists breakage during bending and soldering. It adheres well under flux, maintains structure under heat, and integrates neatly onto circuit boards.

5. Compatible with Advanced Repairs

Whether you are reballing IC chips, repairing motherboard traces, or performing jumper work under a microscope, the 2UUL Ultrafine Jumper Wire meets the precision required by modern technicians.

Applications

1. Mobile Phone Repair:

   • Reconnecting damaged traces on iPhone, Samsung, and other smartphone motherboards.

   • Fixing broken pads under BGA chips.

   • Restoring continuity for delicate flex connectors.

2. PCB Rework:

   • Repairing damaged pathways on computer, laptop, or console boards.

   • Establishing jumpers where copper traces are burnt or lifted.

3. Micro-Soldering Projects:

   • Perfect for advanced soldering tasks under a microscope.

   • Ideal for technicians specializing in IC replacements.

4. DIY Electronics and Hobbyists:

   • Used in prototyping circuits, microcontroller projects, or fine-detail electronics experimentation.

Advantages of Using 2UUL Ultrafine Jumper Wire

• Precision Repairs: Handles the tiniest PCB issues with unmatched accuracy.

• Time-Saving: Wire unwinds smoothly, making it faster to place on a board.

• Professional Quality: Trusted by board-level repair experts worldwide.

• Economic Value: A single 100 m roll lasts for months, even with daily use.

• Safe and Reliable: Consistent conductivity prevents future circuit failures.

Best Practices for Using Jumper Wire

1. Use Under a Microscope: For accuracy when placing the wire on tiny pads.

2. Apply Proper Flux: Ensures the solder adheres firmly to both the wire and the PCB.

3. Trim with Precision Tools: Use sharp micro-cutters to avoid frayed ends.

4. Avoid Excess Heat: While durable, excessive soldering iron heat can damage ultrafine wires.

5. Secure After Repair: Fix wire with UV mask or epoxy for long-term durability.

Why Choose 2UUL Over Generic Jumper Wire?

While generic jumper wires may appear similar, they often lack the consistency and reliability required for precision work. Issues like uneven thickness, poor conductivity, or brittle composition can compromise repair quality.

2UUL Ultrafine Jumper Wire stands out because:

• It offers uniform thickness across the entire roll.

• It resists breakage even during tight bends.

• It ensures stable conductivity for permanent solutions.

• It is engineered specifically for professional repair environments.

Who Should Use This Wire?

• Mobile repair technicians working on advanced motherboard-level faults.

• PCB engineers performing trace rework and fine soldering.

• Electronics repair shops requiring reliable consumables.

• DIY hobbyists experimenting with delicate circuit projects.

• Training centers teaching micro-soldering and repair skills.

Final Verdict

The 2UUL Ultrafine Jumper Wire – 100 m Conductive Flying Line is more than just a spool of thin wire—it’s a lifeline for advanced repairs. Designed for the microscopic scale of modern electronics, it enables technicians to restore functionality to devices that might otherwise be deemed unrepairable.

Its three size options, durable flexibility, and reliable conductivity make it a superior choice for professionals and enthusiasts alike. From smartphone motherboard fixes to PCB trace restorations, this jumper wire delivers accuracy, stability, and efficiency.