287366 - Miller Performance Series Replacement Shell - Crusher Graphic

Restore Your Protection with the Miller 287366 Helmet Shell

The Miller 287366 Helmet Shell Only, Crusher (Performance) is the ideal solution for welders looking to revitalize their safety gear without the expense of purchasing a completely new helmet system. Designed specifically for the Miller Performance Series, this replacement shell allows you to transfer your existing high-quality auto-darkening lens and headgear into a brand-new housing. This is particularly useful if your current helmet shell has suffered from heat damage, cracks from impact, or excessive spatter buildup over years of rigorous use.

This product features the aggressive and stylish "Crusher" graphic, giving your gear a distinct personality on the shop floor. The shell is manufactured to Miller's exacting standards, ensuring that it maintains the lightweight comfort and balance that the Performance Series is known for. By using a genuine Miller replacement part, you ensure that the fitment of your lens assembly remains secure, preventing any light leakage or stability issues that could compromise your safety or weld quality.

Please note that this SKU (287366) is for the shell only. It does not include the headgear, the auto-darkening filter (ADF), or front lens covers. It is intended as a direct replacement part for maintenance and repair purposes. This modular approach to safety equipment maintenance helps professionals manage costs effectively while ensuring their personal protective equipment (PPE) remains in peak condition. Whether you are replacing a damaged unit or simply want to change the look of your current Performance Series setup, the Crusher shell offers durability and style in one package.

Constructed from high-impact materials, the shell provides the primary line of defense against sparks, spatter, and physical hazards in the welding environment. Its ergonomic design continues to support the user's need for comfort during long welding sessions, minimizing neck strain through its optimized weight distribution.