Aluminium Noise Reduction Earplugs with 17mm Caliber

Discover the ultimate in noise reduction with our aluminium earplugs, designed for those who value peace and quiet. Featuring a 17mm caliber and 5mm wall thickness, these earplugs offer a snug fit that effectively blocks out unwanted noise. Their compact size and lightweight design make them perfect for travel, work, or sleep.

Features and Quality

Our earplugs are crafted with precision to ensure maximum comfort and noise reduction. The high-grade aluminium construction and oxidation process provide durability and a smooth finish.

Design Aspect

With a 47mm height and 27mm main body diameter, these earplugs are designed for easy insertion and removal, ensuring a comfortable fit for all users.

Technical Aspect

The 17mm caliber and 5mm wall thickness are engineered to provide effective noise reduction, making these earplugs a reliable choice for various environments.

Quality Aspect

The oxidation process not only gives these earplugs a sleek appearance but also enhances their resistance to wear, ensuring long-term use.

Applications

Whether you're at a concert, on a plane, or trying to sleep in a noisy environment, our earplugs provide the peace you need.

Professional Use

Ideal for professionals working in loud environments, offering protection and comfort throughout the day.

Everyday Use

Perfect for everyday scenarios, from commuting to enjoying a quiet night's sleep.

Versatility

Their compact size and lightweight design make them suitable for a wide range of activities and environments.

Benefits

Experience the benefits of effective noise reduction, durability, and comfort with our aluminium earplugs.

Value

Invest in a product that offers long-term noise reduction solutions without compromising on quality or comfort.

Satisfaction

Enjoy the peace and quiet you deserve, with earplugs that fit comfortably and perform effectively.

Call to Action

Choose our aluminium noise reduction earplugs for a reliable and comfortable solution to unwanted noise.