3M™ E-A-R™ Classic™ Earplugs 310-1001, Uncorded, Pillow Pack

Product Description

Advantages of 3M™ E-A-R™ Classic™ Earplugs

• Proprietary soft, slow-recovery foam is comfortable and helps with earplug fitting
• Moisture-resistant foam
• Compatible with the 3M™ E-A-Rfit™ Validation System
• Dispenser packaging option available for uncorded earplugs
• Features a Noise Reduction Rating (NRR)* of 29 dB
• CSA Class AL
• Pillow pack option for storage of earplugs between uses

3M™ E-A-R™ Classic™ Earplugs have set the industry standard for noise reduction as the world’s first foam earplugs. These earplugs are made of a proprietary soft energy-absorbing slow-recovery foam that’s designed to conform to the shape of the ear canal to help provide hearing protection.

This earplug’s moisture resistant foam is initially firm to make fitting the earplug easier, softening once it’s in the ear to comfortably expand and conform to the shape of each ear canal. The slow recovery feature helps with earplug insertion by giving the user time to get the compressed foam cylinder (rolled down earplug) into the ear before the foam fully expands. Per-pair packaging options include a pillow pack that can be used to store earplugs between uses or a standard polybag; dispenser bottles for One Touch Pro dispenser are also available. Comes with or without cord to suit user preference. This product is EARfit testable to help validate the level of protection the individual user can achieve with this product.

*U.S. EPA specifies the NRR as the measure of hearing protector noise reduction. However, 3M makes no warranties as to the suitability of the NRR for this purpose. 3M strongly recommends personal fit testing of hearing protectors. Research suggests that users may receive less noise reduction than indicated by the attenuation label value(s) on the packaging due to variation in fit, fitting skill, and motivation of the user. Refer to applicable regulations or guidance on how to adjust attenuation label values. It is recommended that the NRR be reduced by 50% to better estimate typical protection.