Project Board | Veroboard | Prototyping Board | Stripboard | PCB Board Single Side for DIY Electronics & Science Projects

Description

The Project Board / Veroboard / Prototyping Board / Stripboard / PCB Board Single Side (64x146mm) is a high-quality copper-based circuit board designed for DIY electronics, educational experiments, and science projects.

This single side PCB board provides a smooth copper surface for easy soldering, excellent conductivity, and reliable circuit connections.
It’s ideal for students, engineers, hobbyists, and makers who want to design, test, and prototype custom circuits efficiently.

Made from durable phenolic material, this 64x146mm board ensures long-lasting use and can withstand multiple soldering and desoldering cycles.

🔹 Technical Specifications:

✅ Product Type: Single Side PCB Board
✅ Also Known As: Project Board, Veroboard, Prototyping Board, Stripboard
✅ Size: 64mm x 146mm
✅ Material: Copper-Clad Phenolic / FR1
✅ Thickness: Approx. 1.5mm
✅ Surface: Polished Copper Layer for Soldering
✅ Mounting Type: Through-Hole
✅ Durability: High Heat Resistance
✅ Applications: Educational, Hobby, and Professional Circuits

🔹 Key Features & Highlights:

✅ High-Quality Copper Surface – Ensures excellent solder adhesion and conductivity.
✅ Multiple Names, One Purpose – Works as Project Board, Veroboard, Prototyping Board, or Stripboard.
✅ Perfect for DIY & Students – Ideal for science fair and electronics learning projects.
✅ Easy to Work With – Single-sided design for quick circuit prototyping.
✅ Durable Material – Strong board resists bending and heat damage.
✅ Compact Size (64x146mm) – Ideal for small and medium-sized circuit designs.
✅ Reusable – Can be cleaned and reused for new circuits.

🔹 Applications:

✔ DIY Electronics and Robotics Projects
✔ Science Fair & Educational Experiments
✔ Arduino / Raspberry Pi Prototyping
✔ LED Drivers & Sensor Circuits
✔ Power Supply & Amplifier Circuits

🔹 How to Use:

1️⃣ Design your circuit on paper or software.
2️⃣ Drill holes if necessary for components.
3️⃣ Solder components onto the copper side.
4️⃣ Connect wires and test your circuit.
5️⃣ Clean the board after use to maintain performance.