Steiner 13612 Neck Protection Cap Carbonized Fiber

Product Description

The STEINER 13612 is a flame-resistant neck protection cap designed for welding applications. Constructed from carbonized fiber, it provides thermal and spark protection to the neck and collar area during welding operations. The universal fit accommodates a wide range of wearers without sizing adjustments. Weighing just 0.4 pounds, it is lightweight enough for extended wear during full shifts. This cap is typically worn by welders, fabricators, and ironworkers who need supplemental head and neck coverage beyond a standard welding helmet.

This neck protection cap is suited for use in both residential and industrial welding environments, including MIG, TIG, stick, and flux-core applications. It is designed to be worn under a welding helmet, protecting exposed skin at the neck and lower head from spatter, sparks, and radiant heat. The solid black carbonized fiber construction resists ignition and does not melt or drip when exposed to flame, making it appropriate for high-heat work environments where standard fabric head coverings would be inadequate.

Key Features

• Carbonized fiber construction resists ignition and does not melt or drip
• Flame-resistant rating suitable for welding and high-heat environments
• Universal size fits a wide range of wearers without alteration
• Solid black color resists visible soiling common in welding environments
• Lightweight at 0.4 pounds for all-day wearability
• Packaged individually for single-unit replacement or restocking

Compatibility

Designed as an OEM-style replacement neck protection cap for use with standard welding helmets and hood assemblies requiring supplemental flame-resistant neck coverage.

Installation Notes

This neck protection cap is installed by the welder prior to donning a welding helmet or hood. No tools are required. Ensure the cap fully covers the neck and collar area before beginning any welding operation. Inspect the cap regularly for signs of wear, char damage, or degradation, and replace it when the material shows signs of breakdown to maintain adequate flame resistance.