Uniweld HT29 Propane Map/pro Pencil Flame Torch Tip

Product Description

The UNIWELD HT29 is a basic pencil flame torch tip designed for use with propane or MAP/Pro fuel. It measures 5.75 inches in overall length and connects to standard torch handles to produce a focused, pencil-style flame suitable for soldering, brazing, and light heating tasks. This tip is a go-to for HVAC technicians and plumbers working on copper tubing joints, refrigerant line sets, and similar trade applications. The compact size and single-piece construction make it easy to maneuver in tight spaces. At 0.38 pounds, it adds minimal weight to the torch assembly.

The HT29 tip is used in residential and light commercial settings where a controlled, narrow flame is needed. Common applications include sweat soldering copper water lines, HVAC refrigerant piping, and general light brazing work. It is well suited for service technicians who need a portable, low-profile torch tip that works with widely available propane or MAP/Pro fuel cylinders and compatible torch handles.

Key Features

• Pencil flame tip produces a focused, narrow flame for precise heat application
• Compatible with both propane and MAP/Pro fuel types
• 5.75-inch overall length fits standard torch handle assemblies
• Single-piece design with no additional components required
• Lightweight at 0.38 pounds for extended handheld use

Compatibility

Designed for use with standard torch handles that accept propane or MAP/Pro fuel tips. Consult your torch handle documentation to confirm tip thread compatibility before installation.

Installation Notes

Installation of torch tips should be performed by a licensed plumber, HVAC technician, or qualified tradesperson familiar with gas-fired tools. Always ensure the fuel cylinder valve is fully closed and the torch handle is depressurized before attaching or removing a tip. Thread the tip onto the handle by hand first, then snug with a wrench — do not overtighten. Inspect connections for leaks with an approved leak-detection solution before igniting.