
The Thermal Dynamics 9-5775 Tip is a specialized plasma cutting consumable designed for heavy-duty industrial applications. Engineered with a 0.073-inch orifice, this tip is specifically calibrated for use with Argon/Hydrogen (Ar/H2) gas mixtures. In the world of plasma cutting, the choice of gas and consumable geometry is critical for achieving optimal results, particularly when working with non-ferrous metals. The Ar/H2 blend provides a high-energy plasma arc that is excellent for cutting thick sections of stainless steel and aluminum, delivering a cleaner edge and faster travel speeds than standard compressed air setups.
Josef Gas understands the demands of industrial fabrication environments. That is why we supply genuine Thermal Dynamics parts like the 9-5775. These tips are manufactured to tight tolerances, ensuring that the plasma gas flow is perfectly centered and constricted. This precision reduces the bevel angle on the cut face and minimizes dross accumulation, saving you time on secondary grinding and finishing operations. The high-quality copper construction of the tip ensures efficient heat dissipation, which is vital for prolonging the life of the consumable under high-amperage loads.
This product is sold as a package of 10, providing a cost-effective solution for high-volume shops. Frequent tip changes are a reality in plasma cutting, and having a reliable stock of OEM replacements ensures that your production line never stops due to a lack of parts. Whether you are operating a mechanized cutting table or a heavy-duty manual system, the 9-5775 tip offers the reliability and performance associated with the Thermal Dynamics brand. Trust Josef Gas to keep your equipment running at peak efficiency with the right consumables for your specific gas and material requirements.
| Additional Information |
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| Packaging Description:pack of 10, pack of 5 |
| Consumable Type:Cutting Tip |
| Orifice Size:0.073 inch |
| Gas Type:Argon/Hydrogen (Ar/H2) |
| Pack Quantity:10 |
| Application:Heavy Industrial Plasma Cutting |