Welding Brazing Nozzle - No.2 - 1.2mm

Lightweight Swaged Welding Brazing Nozzle No.2 Tip 1.2mm Oxygen Acetylene 2pk. Lightweight Welding...

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Product Information

Full details

This guide is for welders and brazers working with oxygen acetylene setups who need precise control for thin materials. The AB Tools Welding Brazing Nozzle No.2 offers a lightweight design for maneuverability, enabling clean welds and brazes on 1.2mm plate, though its specificity means it's not suitable for a wide range of material thicknesses. It features a swaged copper construction for durability and efficient heat transfer, designed to work with specific Lightweight Shanks and Mixers.

All features

Model Part NumberNo.2
BrandAB Tools

Extended Product Information

FAQs

What is the primary use for the No.2 nozzle?

The No.2 nozzle is primarily used for precise welding and brazing on thin materials, specifically recommended for plate thicknesses up to 1.2mm with oxy-acetylene setups.

Is this nozzle compatible with all welding torches?

No, this nozzle is designed specifically for use with AB Tools Lightweight Shanks and Mixers. It is not a universal fit for all torch types.

What type of gas can I use with this nozzle?

This nozzle is designed for use with oxygen and acetylene gas mixtures for welding and brazing.

How do I clean the nozzle tip?

After the nozzle has cooled, use a soft wire brush or a specialized nozzle cleaning tool to gently remove any slag, carbon, or debris from the tip and gas orifices.

What does 'swaged' mean in the product description?

Swaged refers to the manufacturing process where the copper nozzle tip is formed by reducing its diameter, creating a seamless, strong, and precise tip for focused flame control.

Why does it come in a 2-pack?

The 2-pack provides a convenient spare nozzle, ensuring you can quickly replace one if it becomes damaged or lost, minimizing work interruptions.

Can I use this for welding thicker materials?

This nozzle is optimized for 1.2mm plate thickness. For thicker materials, you would need a different nozzle size with a larger orifice designed for higher heat output.

Troubleshooting

Uneven flame or flame instability

Check for proper nozzle seating on the shank and mixer. Ensure gas connections are secure and free from leaks. Clean any blockages in the nozzle tip or gas passages.

Nozzle overheats quickly

Verify correct gas pressures are set for the application and material thickness. Ensure the nozzle is compatible with the shank and mixer being used. Allow for adequate cooling periods between tasks.

Difficulty attaching nozzle to shank

Confirm you are using a compatible AB Tools Lightweight Shank and Mixer. Check threads on both the nozzle and shank for damage or debris. Clean threads gently if necessary.

Pros and Cons

Pros

  • Lightweight for enhanced maneuverability and reduced user fatigue.
  • Precise flame control suitable for thin materials (1.2mm plate).
  • Durable copper construction for longevity.
  • Comes as a 2-pack for added value and convenience.

Cons

  • Limited to specific material thickness (1.2mm) and not versatile for thicker materials.
  • Requires compatible Lightweight Shank & Mixer; not a universal fit.
  • Designed specifically for oxy-acetylene, not suitable for other gas types.

Setup, Compatibility & Care

Setup: Ensure the nozzle is securely screwed onto a compatible AB Tools Lightweight Shank and Mixer. Hand-tighten initially, then use appropriate tools for a snug fit, avoiding overtightening which can damage threads.

Compatibility: This nozzle is designed specifically for use with AB Tools Lightweight Shank & Mixer systems and is intended for oxy-acetylene welding and brazing applications.

Care: After each use, allow the nozzle to cool completely before cleaning. Remove any slag or carbon buildup using a soft wire brush or a specialized nozzle cleaning tool. Store the nozzle in a dry, protected environment to prevent corrosion or damage. Periodically inspect the tip for any signs of wear or damage, replacing it if necessary to maintain optimal performance.

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