196928 - Miller 196928 Retaining Cup for ICE-12C Plasma Torch

Genuine Miller 196928 Retaining Cup for ICE-12C Torches

The Miller 196928 Retaining Cup is a critical component designed specifically for the ICE-12C plasma torch platform. As a genuine OEM part manufactured by Miller Electric, this retaining cup ensures precise compatibility and optimal performance for your plasma cutting equipment. It is engineered to withstand the high temperatures associated with plasma cutting, providing a durable housing that secures the internal consumables—specifically the electrode and nozzle—in their correct positions relative to the swirl ring.

This particular model is a non-shielded retaining cup, which is standard for the ICE-12C torch configuration found on compact plasma cutters. It is directly compatible with the Miller Spectrum 125C and the Miller Spectrum Thunder units. Additionally, it serves as a direct replacement part for Hobart AirForce 250 and AirForce 250A plasma cutters, making it a versatile consumable for shops that utilize equipment from both brands. The cup features precision-molded threads that screw smoothly onto the torch body, creating a tight seal that directs gas flow efficiently around the arc.

Regular inspection of your retaining cup is vital for maintaining cut quality. A damaged or cracked cup can lead to gas leaks, poor arc initiation, or even damage to the torch head itself. The Miller 196928 is built to strict tolerances to prevent these issues. Whether you are performing automotive bodywork, HVAC fabrication, or general light-duty metal cutting, using authentic Miller consumables ensures that your machine operates at its rated duty cycle and amperage without interruption. This package contains one single retaining cup.

By choosing the Miller 196928, you are investing in the longevity of your equipment. Generic aftermarket parts often lack the material quality required to resist heat deformation over time. This cup maintains its shape and insulating properties, protecting the operator and the torch from electrical faults and excessive heat buildup.