Goot Wick CP-3515 Desoldering Braid (3.5mm x 1.5m)
$10.00 Inc GST
The Goot Wick CP-3515 Desoldering Braid (3.5mm x 1.5m) is essential for precise and efficient solder removal in electronics repair. Made from high-purity copper and pre-fluxed with rosin, this durable braid ensures quick and clean desoldering. Ideal for professionals and hobbyists, it offers a 3.5mm width and 1.5-meter length for multiple projects. Perfect for circuit board repairs and detailed soldering tasks.
| Weight | 0.1 kg |
|---|---|
| Dimensions | 20 × 15 × 5 cm |
| Brand Name | Generic |
5 in stock
Description
Product Description:
The Goot Wick CP-3515 Desoldering Braid is an indispensable tool for anyone engaged in electronics repair or rework. With its precise 3.5mm width and generous 1.5-meter length, this braid is designed to provide fast and efficient solder removal, leaving your components clean and ready for the next step. Whether you’re a professional technician or a hobbyist, the Goot Wick CP-3515 ensures a seamless desoldering experience, thanks to its high absorbency and ease of use. Crafted from high-purity copper and pre-fluxed with rosin, this desoldering braid offers durability and reliability in every project.
Product Features:
- Optimal Width: 3.5mm width allows for precise desoldering in various electronic applications.
- Longer Usage: 1.5 meters length provides ample braid for multiple projects.
- Efficient Solder Removal: Designed for quick and effective solder absorption.
- No Extra Flux Needed: Pre-fluxed for immediate use, simplifying the desoldering process.
- High-Quality Construction: Made from durable copper for reliable performance.
Product Specifications:
- Width: 3.5mm
- Length: 1.5 meters
- Material: High-purity copper braid
- Flux Type: Rosin-based flux
- Model Number: CP-3515
- Application: Suitable for precision desoldering in electronic repairs and rework.
Note:
Store the desoldering braid in a cool, dry place to preserve its performance. For optimal results, use in accordance with recommended temperature settings, and avoid prolonged exposure to excessive heat.
