Ships to Canada and the USA

Max Lite Low Pressure Disposable Foam Earplugs

Name: Max Lite Low Pressure Disposable Foam Earplugs
Brand: Howard Leight
SKU: 4051410
Price: 27.95 CAD
Availability: OutOfStock

Howard Leight SKU: 4051410

Request Quote, we will respond in 24-48 hours.

The Max Lite Low Pressure Disposable Foam Earplugs by Howard Leight are designed for all-day comfort, particularly for those with smaller ear canals. With a Noise Reduction Rating (NRR) of 30 dB, these earplugs provide reliable noise attenuation in moderate-to-high noise environments. Made from low-pressure, slow-recovery foam, the Max Lite earplugs expand gently in the ear canal, providing a secure and comfortable fit without causing pressure. The bright green color improves visibility and compliance in various industrial settings, making them an ideal choice for extended wear in noisy environments.

Available Options:

Color: Green
Quantity: Box of 200 Pairs

Product Details: Applications: More Information: Volume Pricing:

• Noise Reduction: NRR 30 dB, suitable for moderate-to-high noise environments.
• Fit: Low-pressure foam provides gentle expansion for a comfortable, secure fit.
• Comfort: Ideal for smaller ear canals; designed for long-term wear.
• Visibility: Bright green color aids in visibility and compliance checks.
• Single-Use: Disposable design for easy cleanup and hygiene.

• Manufacturing: Effective noise reduction in loud industrial settings.
• Construction: Suitable for reducing exposure to loud machinery and tools.
• Maintenance: Ideal for tasks involving power tools and equipment.
• Transportation: Provides protection in environments with vehicle and machinery noise.
• General Industry: Ensures hearing protection across various high-noise applications.

• Quality: Manufactured by Honeywell Howard Leight, a trusted name in hearing protection.
• Hygiene: Single-use design promotes cleanliness and hygiene.
• Portability: Compact design for convenient storage and transport.
• Warning: Follow safety guidelines to ensure optimal protection in designated noise areas.