35-1060 - Thermal Dynamics 55A Plasma Tip for Stainless & Aluminum (10-Pack)

Precision Consumables for Non-Ferrous Applications

The Thermal Dynamics 35-1060 Tip is a specialized plasma cutting consumable designed to address the specific challenges associated with processing non-ferrous metals. Rated for 55 Amperes, this tip is engineered to provide optimal arc constriction and energy density required for cutting Stainless Steel and Aluminum. Unlike standard mild steel tips, which may produce excessive dross or irregular edge quality on these alloys, the 35-1060 features an orifice geometry tailored to the viscosity and thermal conductivity of stainless and aluminum. This attention to design ensures that the plasma stream remains focused and stable, resulting in a narrower kerf and a superior surface finish.

Thermal Dynamics manufactures these tips to exacting standards, ensuring that every consumable in this 10-pack delivers consistent performance. The concentricity of the orifice is critical in plasma cutting; even minor deviations can lead to a beveled cut or reduced travel speeds. By utilizing genuine OEM parts, operators can maintain the factory-specified tolerances of their cutting system, thereby protecting the torch head from damage caused by arc wander or overheating. The high-grade copper construction facilitates rapid heat transfer, keeping the tip cool during prolonged cutting cycles and extending the service life of the consumable.

In industrial environments where downtime equates to lost revenue, having a reliable supply of consumables is essential. This package contains ten (10) 55A tips, providing a strategic buffer for high-volume operations. Regular replacement of the cutting tip is necessary to maintain cut quality, as a worn orifice will degrade the arc's focus. By stocking the 35-1060, facilities processing stainless steel and aluminum can ensure their equipment operates at peak efficiency, delivering clean, dross-free cuts that require minimal secondary processing. This product represents a critical component in the maintenance of high-performance plasma cutting systems.