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9-5718 - Thermal Dynamics 9-5718 Plasma Tip, 0.038 Orifice (10-Pack)

Packaging: pack of 5
$32.10/EA $99.75/pack of 5 only $19.95/EASave 38%

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SKU: TD9-5718 Categories: ,

OVERVIEW

Precision Plasma Cutting with Thermal Dynamics 9-5718 Tips

The Thermal Dynamics 9-5718 Plasma Cutting Tip is a critical consumable component designed for professionals who demand accuracy and reliability in their metal fabrication processes. Engineered with a specific 0.038-inch orifice, this tip is optimized to constrict the plasma arc, increasing its energy density and velocity. This focusing effect allows for clean, narrow kerf cuts on conductive metals, making it an essential part for operators using the PCH/M-51, PCH/M-52, and PCH-6B series torches. These torches are commonly found on widely used power sources like the Pak Master series, known for their durability in industrial environments.

Maintaining the integrity of your plasma torch is vital for production efficiency. The cutting tip is one of the most thermally stressed components in the plasma system, subjected to extreme heat and high-velocity gas flow. The 9-5718 is manufactured from high-quality copper alloy, selected for its excellent thermal conductivity and resistance to erosion. By effectively dissipating heat, these tips maintain their structural integrity longer than inferior generic alternatives, reducing the frequency of changeovers and ensuring consistent performance throughout the life of the consumable.

This product is supplied as a package of 10 tips, a configuration that supports busy workshops and industrial maintenance departments. Having a ready supply of replacement tips is crucial because a worn orifice can lead to a widened arc, excessive dross, and angled cuts. When the orifice becomes out-of-round or enlarged, cut quality degrades significantly. By replacing the tip regularly with genuine Thermal Dynamics 9-5718 parts, operators can ensure their equipment operates at peak efficiency, delivering the high-quality cuts that clients expect. Whether you are cutting mild steel, stainless steel, or aluminum, these tips provide the stability required for precision work in the 35 to 40 Amp range.

At Josef Gas, we understand the importance of using genuine OEM consumables to protect your equipment investment. Non-genuine parts can often lead to poor fitment, gas leaks, or even damage to the torch head. The Thermal Dynamics 9-5718 tips are manufactured to exact tolerances, ensuring a perfect seal and optimal gas flow dynamics within the torch. This attention to detail results in smoother arc initiation and a more stable cutting arc, ultimately improving the overall productivity of your metal cutting operations.

Additional Information
Packaging Description:pack of 10
Brand:Thermal Dynamics
Consumable Type:Cutting Tip
Orifice Size:0.038"
Torch Compatibility:PCH/M-51, PCH/M-52, PCH-6B
Amperage Range:35A - 40A
Process:Plasma Cutting

INCLUDED

  • 10 x Thermal Dynamics 9-5718 Plasma Cutting Tips (0.038" Orifice)

APPLICATIONS

  • General metal fabrication and repair
  • Automotive body work and restoration
  • HVAC ductwork cutting
  • Light industrial manufacturing
  • Maintenance and Repair Operations (MRO)
  • Artistic metalworking

FAQ

The 9-5718 tip is designed for use with Thermal Dynamics PCH/M-51, PCH/M-52, and PCH-6B plasma torches.

This tip features a 0.038-inch orifice, which is precision-sized for specific amperage ranges and cutting thicknesses.

This product is sold as a package of 10 plasma cutting tips.

It is typically used for cutting applications in the 35 to 40 Amp range.

No, the 9-5718 is a standard cutting tip. Gouging requires specific gouging tips with a larger, different orifice configuration.

You should replace the tip when the orifice becomes out-of-round, enlarged, or if you notice a significant drop in cut quality or increased dross.

Yes, this is a genuine OEM Thermal Dynamics consumable, ensuring the best fit and performance for your equipment.

The tip is constructed from a high-quality copper alloy designed to withstand high temperatures and conduct electricity efficiently.