9-4341 - Thermal Dynamics 9-4341 100A Plasma Tip (10-Pack)

Precision Plasma Cutting with Thermal Dynamics

The Thermal Dynamics 9-4341 Tip is a critical consumable component designed for professional plasma cutting operations. Engineered with a precise 0.059-inch orifice, this tip is manufactured to strict OEM tolerances to ensure a stable, high-density plasma arc. In the world of industrial fabrication, the quality of your consumables directly dictates the quality of your cut. Using genuine Thermal Dynamics parts like the 9-4341 ensures that your equipment functions as intended, maintaining the correct gas flow and electrical conductivity required for clean, dross-free cuts.

This specific tip is marked with an 'S', allowing operators to quickly verify they have the correct part installed for their specific cutting parameters. The 0.059-inch diameter is typically associated with higher amperage applications (often around 100 Amps), making it suitable for cutting thicker gauges of steel and other conductive metals. Worn tips can lead to a widened arc, excessive kerf width, and poor cut angularity. By replacing your tips regularly with this 10-pack, you ensure consistent performance and protect your torch head from damage caused by blown-out consumables.

Josef Gas provides these tips in a convenient package of 10, ideal for workshops and production environments where downtime must be minimized. Keeping a healthy stock of 9-4341 tips ensures that your operators can swap out worn components immediately, maintaining productivity and cut quality without interruption. Whether you are working on structural steel, automotive repair, or general fabrication, these tips deliver the reliability Thermal Dynamics is known for.

Key Technical Benefits

The copper construction and precision machining of the 9-4341 tip provide excellent heat dissipation, which is vital for extending the life of the consumable. The geometry of the orifice is designed to constrict the plasma gas stream effectively, increasing the energy density of the arc. This results in faster travel speeds and cleaner edges compared to generic aftermarket alternatives.