Weller FD2D Flux Dispenser 3 Inches Plastic

Product Description

The WELLER FD2D is a flux dispenser designed for controlled application of flux during soldering work. Measuring 3 inches in length and constructed from plastic, this compact hand tool allows technicians to apply flux precisely to joints, pads, and connections before soldering. Its slim profile fits easily into a tool pouch or service kit. Electricians, electronics technicians, and soldering professionals use this type of dispenser to reduce mess and waste compared to brush-on or open-container flux application methods. At 0.31 pounds, it is lightweight enough for extended bench work or field use.

The FD2D is suited for light-duty soldering tasks across electrical, electronics, and HVAC control board repair applications. It is a replacement or consumable-grade tool intended for bench technicians and field service personnel who require a dedicated flux dispensing solution. Typical use cases include PCB rework, wire tinning, terminal soldering, and component replacement on control boards.

Key Features

• Compact 3-inch length fits standard tool pouches and service kits
• Plastic construction is lightweight and compatible with common flux formulations
• Designed for precise, controlled flux dispensing to reduce overapplication
• Weighs 0.31 pounds for comfortable extended use at the bench or in the field
• Single-unit packaging makes it a practical addition to any soldering kit

Compatibility

Designed as a general-purpose flux dispenser suitable for use with standard soldering flux formulations in electrical, electronics, and light mechanical soldering applications.

Installation Notes

Fill or load the dispenser only with flux types appropriate for the target application, such as no-clean or rosin-based flux for electronics work. Ensure the work area is properly ventilated before soldering, as flux fumes can be hazardous. After use, cap or seal the dispenser to prevent flux from drying out or leaking. Clean the tip regularly to maintain consistent flow.