32-1320 - Thermal Dynamics 32-1320 Drag Tip 0.031 (10-Pack)

Precision Engineering for Superior Plasma Cutting

The Thermal Dynamics 32-1320 Drag Tip is a high-performance consumable designed to elevate the capabilities of your plasma cutting system. Engineered with a precise 0.031-inch orifice, this tip is specifically calibrated for low-amperage applications where detail and kerf width control are paramount. In the world of industrial fabrication, the quality of your consumables directly dictates the quality of your cut. By utilizing genuine Thermal Dynamics OEM parts, operators ensure that their equipment maintains the tight tolerances and arc stability required for professional-grade results.

This 10-pack of drag tips is essential for facilities that demand consistency. The "drag" designation indicates that these tips are shielded and electrically isolated in a way that permits the operator to drag the torch tip directly along the surface of the workpiece. This feature is critical for maintaining a constant standoff distance without the need for complex standoff guides or automated height control systems, particularly in manual cutting operations. The direct contact method stabilizes the operator's hand, reducing fatigue and error, while the 0.031" orifice constricts the plasma arc into a high-density stream, perfect for slicing through thin-gauge mild steel, stainless steel, and aluminum with minimal dross.

Thermal Dynamics has a longstanding reputation for innovation in thermal cutting technologies. The 32-1320 tip exemplifies this legacy, offering robust durability even under the thermal stress of continuous operation. When used within its specified amperage range, this tip delivers a clean, narrow cut that reduces the need for secondary grinding or finishing. Whether utilized in HVAC duct fabrication, precision automotive restoration, or general light-duty maintenance, these tips provide the reliability professionals trust. Stocking this 10-pack ensures that your production line remains moving, minimizing the downtime associated with consumable wear.