CANADA 1 800 263-1450 / USA 1 877 228-5906    

Delivering on your needs

Monthly Archives: March 2018

  • Noise Control and Acoustic Insulation: Sound Sources and Frequencies

    Noise Control and Acoustic InsulationAcoustic insulation absorbs, transmits, or redirects sound – a form of energy that travels in waves. Unwanted sounds, or noise, aren’t just unpleasant to hear. They can harm human health, jeopardize worker safety, and contribute to structural fatigue. The consequences of noise can be severe, but its characteristics are sometimes misunderstood.

    In Part 1 of this series, Elasto Proxy shared a surprising example of two machines running at different decibel (dB) levels in the same room. In Part 2, we’ll examine some other sources of noise in the industries we serve. Importantly, you’ll learn why acoustic insulation must account for more than just a sound’s source. Frequency, the speed of the change of the sound, is a key design consideration for noise control. Continue reading

  • Nitrile vs. Neoprene: What’s the Difference?

    Nitrile vs. NeopreneWhat’s the difference between nitrile and neoprene for seals, gaskets, and insulation? Both elastomers provide good resistance to compression set and tearing. They withstand the same range of service temperatures, too. Some grades of neoprene offer excellent resistance to abrasion, but nitrile is known for its abrasion resistance at elevated temperatures.

    Nitrile and neoprene rubber have many similarities, but there are some important differences between these elastomers. In this article from Elasto Proxy, you’ll learn when nitrile is recommended and when neoprene is used. You’ll also compare these common compounds across all a full list of material properties so that you can make the right choice for your application. Continue reading

  • Acoustic Insulation: What You Need to Know About Noise

    Acoustic InsulationAcoustic insulation absorbs, transmits, or redirects sound – a form of energy that travels in waves. Some sounds are pleasant to hear, but others can harm human health, endanger workers, or contribute to structural fatigue. Undesirable sounds, or noise, have characteristics that designers of acoustic insulation need to understand. Without this knowledge, noise problems can cause design-related headaches.

    In Part 1 of this series from Elasto Proxy, you’ll learn about the consequences of noise and discover why its characteristics might not be what you think. You’ll also consider why decibel-level differences in noise sources matter. Then, in Part 2, we’ll examine sound measurements and noise control in greater detail. Along the way, we invite you to contact us with your questions about acoustic insulation. Continue reading

3 Item(s)