PELTOR X3A Over-the-Head Earmuffs, Dielectric, 28 dB NRR, Black/Red, 10/Carton
Item Code: MMMX3A
Manufacturer 3M/COMMERCIAL TAPE DIV.
- Lightweight earmuff is designed for protection against high-level industrial noise and other loud sounds.
- Newly designed spacer helps improve attenuation without the need for a much larger cup or double cup design.
- Electrically insulated (dielectric) wire headband helps 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.
Description
Specifications
Made In
PL
UNSPSC Code
46181905
Weight
9.98lb
Height
8.9in
Width
9.3in
Length
28.7in
Attenuation Rating
28 dB
Band/Arm Material
ABS Plastic; Polyester; Polyvinyl Chloride (PVC); Stainless Steel
Brand
3M™
Category
Ear Plugs
Color Family
Black
Color(s)
Black/Red
Compliance Standards
CSA Class AL
Dielectric
Yes
Ear Cup Material
ABS Plastic; Polyvinyl Chloride (PVC)
Ear Cushion Material
Foam; Vinyl
Ear Muff Style
Over the head
Folding
No
Global Product Type
Passive Earmuffs
High-Visibility
No
Post-Consumer Recycled Content Percent
0%
Pre-Consumer Recycled Content Percent
0%
Product Biodegradability Indicator
N
Product Compostability Indicator
N
Total Recycled Content Percent
0%
Weight
13.92 oz
PELTOR X3A Over-the-Head Earmuffs, Dielectric, 28 dB NRR, Black/Red, 10/Carton
Item Code: MMMX3A
Manufacturer 3M/COMMERCIAL TAPE DIV.
- Lightweight earmuff is designed for protection against high-level industrial noise and other loud sounds.
- Newly designed spacer helps improve attenuation without the need for a much larger cup or double cup design.
- Electrically insulated (dielectric) wire headband helps 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.
