Weller T0050106899 Soldering Iron Blade Tip

Product Description

The WELLER T0050106899 is a blade-style replacement soldering iron tip designed for precision soldering work in electrical and electronics applications. The blade tip geometry allows for efficient heat transfer across flat contact surfaces, making it well suited for drag soldering, pad tinning, and component rework. At 0.03 pounds, it is a lightweight single-unit replacement that installs directly into compatible Weller soldering iron handles. Licensed electricians, electronics technicians, and bench technicians working in panel shops, field service, or production environments will find this tip format a practical addition to their iron kit.

Blade tips are commonly used in commercial and light industrial settings where flat or wide-contact soldering tasks require consistent thermal contact. Typical applications include surface-mount rework, multi-pin connector soldering, and PCB trace repair. This tip ships as a single unit and is sized for controlled, repeatable results on close-tolerance work.

Key Features

• Blade tip geometry for flat-contact and drag soldering applications
• Lightweight construction at 0.03 pounds for minimal handle imbalance
• Tip diameter of 20.00 mm provides broad thermal contact surface
• Compact profile: 4.75 inches height, 1.5 inches length, 0.7 inches width
• Single-unit packaging for individual replacement or stock replenishment

Compatibility

Designed for use with Weller soldering iron handle T0052923099. Verify handle compatibility before ordering, as soldering tip fitment is model-specific.

Installation Notes

Blade tips should be installed and removed by a qualified technician following the iron manufacturer's guidelines. Always allow the soldering iron to cool fully before changing tips to avoid burns and prevent damage to the tip seat. Use appropriate tip-removal tools if provided by the manufacturer rather than bare hands or unprotected pliers. Proper tip tinning after installation extends tip life and maintains thermal performance.