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Harris Style J-63-2 Acetylene Heating Tip Assembly

$62.10/ea $41.40/1 per each only $41.40/eaSave 33%

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OVERVIEW

Get the Heat Where You Need It

When you are wrestling with a rusted bolt that won't budge or trying to bend a piece of flat bar into a perfect bracket, you need a heating tip that delivers. The J-63-2 Harris Style Heating Head is the tool you grab when you need focused, intense heat using your acetylene rig. This isn't one of those massive rosebuds that eats up a whole tank of gas in ten minutes; it's a Size 2 tip, which means it is perfect for general-purpose heating, brazing, and soldering. It gives you enough heat to turn steel cherry red quickly but keeps the flame controlled enough that you aren't melting everything in a three-foot radius.

This assembly is a one-piece unit—tube and tip combined—so you don't have to worry about losing parts or fiddling with extra threads. It screws right into your standard E-43 mixer. If you are running a Harris style torch handle, you likely already have the E-43 mixer, making this a plug-and-play upgrade for your kit. The copper tip stands up to the heat, and the seal is tight, so you don't have to worry about gas leaks at the handle. It works with Acetylene, which burns hotter than propane, giving you that quick, piercing heat needed for freeing seized parts or preheating cast iron before welding.

Every welder knows that the right tip makes the job easier. Trying to heat a thick piece of metal with a welding tip takes forever, and using a giant rosebud on a small part is overkill. The J-63-2 sits right in that sweet spot. It is lightweight, easy to maneuver in tight engine bays or under machinery, and reliable. Just check your O-rings, screw it into the mixer hand-tight, set your pressures, and light it up. Whether you are in the shop or out on a service truck, this heating head is a solid addition to your oxy-fuel arsenal.

Additional Information
Brand:Harris Style
Item:Heating Head
Fuel Gas:Acetylene
Fits Which Handle?:E-43, D-85, H-162E, V-W-1, V-W
Packaging Description:1 per each
Tip Size:2
Series:J-63
Mixer Compatibility:E-43
Gas Type:Acetylene, Hydrogen
Oxy Press:N\A
Fuel Press:N\A
Weld Cap Or BTU/HR:N\A
Fuel/gas:Acetylene
Fits Which Handle:43 Series Torch Handle

INCLUDED

  • 1 x J-63-2 Heating Head Assembly (Tip and Tube)

APPLICATIONS

  • Localized preheating of steel prior to welding
  • Straightening bent shafts, frames, and structural steel
  • Loosening rusted nuts, bolts, and seized bearings
  • Heavy-duty brazing of copper pipes and fittings
  • Heat shrinking metal for automotive body work
  • Soldering large industrial connections

FAQ

The J-63-2 is designed to fit the E-43 mixer. It is compatible with Harris style torch handles that utilize this specific mixer model.

No, the J-63 series is specifically designed for Acetylene or Hydrogen. For Propane or Natural Gas, you would typically need a different tip style (often the H-62 series) and a compatible injector mixer.

The '2' indicates the tip size. In the context of heating tips, the size correlates to the orifice diameter and the BTU output capability. A size 2 is a small-to-medium heating tip.

The J-63-2 is a tube and tip combination assembly. The heating tip is permanently attached to the elbow tube, and they are sold as a single unit.

While exact settings can vary by manufacturer, a Size 2 heating tip generally operates with low pressures. Always refer to the specific tip chart, but typical starting points are often around 5-8 PSI for Acetylene and slightly higher for Oxygen.

Not directly. This is a Harris-style component designed for the E-43 mixer. Victor torches use a different thread and seating style (typically the W-series or J-series handles with their respective nozzles).

Use a standard tip cleaner set. Find the wire size that fits snugly but easily into the orifice and work it back and forth to remove carbon buildup or slag. Do not force a larger wire as it may bell out the tip.

The tip end is manufactured from copper to ensure high thermal conductivity and resistance to heat deformation during operation.