The Howard Leight R01180 Super Leight corded foam ear plugs deliver professional-grade hearing protection with a 33 dB Noise Reduction Rating. These behind-the-neck style plugs feature high-visibility red foam and convenient cord attachment for secure retention during extended use.
What Makes This Different
Super Leight foam ear plugs utilize advanced polyurethane foam that expands slowly for comfortable insertion and superior seal formation. The behind-the-neck cord design prevents loss while allowing the plugs to hang conveniently when not inserted. This configuration works particularly well under hard hats, helmets, and other headgear where traditional overhead styles create interference.
Key Features
- 33 dB Noise Reduction Rating meets ANSI S3.19-1974 standards
- Soft polyurethane foam construction for all-day comfort
- Behind-the-neck cord design compatible with headgear
- High-visibility red color for easy identification and compliance
- Tapered shape fits most adult ear canal sizes
- Smooth surface resists dirt buildup during extended wear
- Three pairs included for immediate use or replacement
These ear plugs perform effectively in industrial environments, shooting sports, construction sites, and other high-noise applications. The 33 dB rating provides sufficient protection for most firearm calibers when combined with additional hearing protection for centerfire rifles. The cord attachment ensures plugs remain accessible during intermittent use scenarios like range instruction or equipment operation.
Technical Specs
- Noise Reduction Rating: 33 dB (ANSI S3.19-1974)
- Material: Polyurethane foam with vinyl cord
- Color: High-visibility red
- Cord Style: Behind-the-neck design
- Size: Universal adult fit
- Quantity: 3 pairs per package
- Compliance: OSHA 29 CFR 1910.95 approved
- Manufacturer: Howard Leight by Honeywell
The Super Leight series represents proven hearing protection technology trusted by safety professionals across multiple industries. The behind-the-neck cord configuration and high NRR rating make these plugs particularly suitable for environments requiring consistent protection without interference from other safety equipment.