3M PELTOR WORK HEADPHONES

NOISE-CANCELING WORK HEADPHONES 3M
The Peltor™ Optime™ I headphones provide versatile safety and are very lightweight and comfortable. The low profile and exceptional internal cup depth improve compatibility with other safety devices and ensure maximum comfort for the wearer. The Peltor™ Optime™ I headphones are the ideal choice for both short and long-duration tasks. The large and comfortable ear cushions, padded with a unique combination of liquid and foam, offer both optimal seal and reduced pressure. They are ideal for use in industrial environments with moderate noise levels such as workshops, body shops, and printing facilities, but also outdoors, for activities like lawn mowing or other hobbies.

Key Features:

• Low profile and lightweight (180g) ensure compatibility with other PPE.
• Exceptional internal cup depth to maximize comfort.
• Large and comfortable ear cushions, padded with a unique combination of liquid and foam, to provide optimal seal and reduced pressure.

Design and Functionality:

• Modern design cups with a tapered line.
• Internal sealing ring in liquid for greater comfort.
• Exclusive headband design with low profile allowing for consistent pressure to ensure secure safety.
• Ample space inside the cups to reduce moisture build-up and internal temperature.
• Large and soft ear cushions to reduce pressure around the ears and increase comfort and wearability.

Protection and Safety:

• SNR: 27 dB
• Attenuation level moderate despite the lightweight and low profile.
• Exclusive headband design in harmonic steel for consistent pressure even during prolonged use.

Applications:

• Agriculture
• Auto Repair Shops
• Chemical and Pharmaceutical Industry
• Construction
• Light Industry
• Metalworking
• Carpentry

Purchase:
You can also purchase this product at our SALES POINT located at 10 Enrico Fermi Street, in Curno, in the province of Bergamo.

Note: The Peltor™ Optime™ I headphones comply with EN 352:2022 regulations and provide effective noise protection with an SNR of 27 dB.