0560988021 - ESAB 1.0mm Replacement Cutting Tip

Precision Engineered for Industrial Cutting

The ESAB Cutting Nozzle with a 1.0mm diameter (SKU: 0560988021) represents a critical component in high-performance oxy-fuel cutting systems. Designed to meet the rigorous demands of industrial metal fabrication, this nozzle is manufactured from high-grade copper alloys selected for their superior thermal conductivity and resistance to deformation under high-heat conditions. The internal geometry of the nozzle is precision-machined to ensure laminar gas flow, which is essential for maintaining a stable preheat flame and a concentrated cutting oxygen stream. This attention to fluid dynamics results in a narrower kerf width and a cleaner cut face, significantly reducing the heat-affected zone (HAZ) on the workpiece.

In professional environments where downtime equates to lost revenue, the reliability of consumables is paramount. This 1.0mm nozzle is engineered to resist slag adhesion, a common issue that can disrupt gas flow and degrade cut quality over time. The seating surfaces are finished to exact tolerances, ensuring a gas-tight seal when installed in compatible torch heads. This prevents dangerous gas leaks and ensures that the full pressure of the system is utilized for the cutting process. Typically suitable for cutting mild steel plate in the range of 10mm to 25mm, this nozzle provides the versatility required for structural steel work, heavy equipment repair, and general manufacturing applications.

Maintenance and longevity are also key design considerations. The robust construction allows for repeated cleaning using standard tip cleaners without rapidly degrading the orifice shape, provided proper techniques are used. By maintaining the integrity of the cutting stream, operators can achieve faster travel speeds and reduce the consumption of oxygen and fuel gas. Whether utilized in manual cutting torches or mechanized track cutters, the ESAB 0560988021 nozzle delivers the consistency required for high-quality production standards.