PELTOR X3A Over-the-Head Earmuffs, 28 dB NRR, Black/Red, 10/Carton

Availability: In stock
SKU: MMMX3A
Manufacturer part number: X3A
MSRP: $487.38
$342.65
This lightweight earmuff is designed for protection against high-level industrial noise and other loud sounds. X3A over-the-head earmuffs feature a newly designed spacer to help improve attenuation without the need for a much larger cup or double cup design. Features an electrically insulated (dielectric) wire headband to help reduce exposure to electrical hazards. Twin headband design helps reduce heat buildup with good fit and balance. Wire headband offers comfortable pressure during prolonged usage. Earcups tilt to ensure a customized fit and comfort for individual users. Material(s): Metal; Plastic; Ear Cushion Material: Vinyl Covered Foam; Noise Reduction Rate (NRR): 28 dB; Style: Over-The-Head.
This lightweight earmuff is designed for protection against high-level industrial noise and other loud sounds. X3A over-the-head earmuffs feature a newly designed spacer to help improve attenuation without the need for a much larger cup or double cup design. Features an electrically insulated (dielectric) wire headband to help reduce exposure to electrical hazards. Twin headband design helps reduce heat buildup with good fit and balance. Wire headband offers comfortable pressure during prolonged usage. Earcups tilt to ensure a customized fit and comfort for individual users. Material(s): Metal; Plastic; Ear Cushion Material: Vinyl Covered Foam; Noise Reduction Rate (NRR): 28 dB; Style: Over-The-Head.
Products specifications
Attribute nameAttribute value
Global Product TypeOver the Head Ear Muffs
Weight0.87 lb
Color(s)Black/Red
Compliance StandardsCSA Class AL
Noise Reduction Rate (NRR)28 dB
Ear Cushion MaterialVinyl Covered Foam
Ear Muff StyleOver-The-Head
Pre-Consumer Recycled Content Percent0%
Post-Consumer Recycled Content Percent0%
Total Recycled Content Percent0%
Material(s)Plastic
Product Biodegradability IndicatorN
Product Compostability IndicatorN
Product Biodegradability in Days0