Ideas

Clean air shouldn't come at the cost of your peace and quiet. Ian breaks down real-world acoustic lab data across popular air purifiers from Honeywell, Clorox, and Blueair, demonstrating how Sorbothane® viscoelastic isolation feet eliminate floor resonance and drop noise levels by up to 6 dB.

Tired of the early morning "smoothie scream"? Learn how to use professional Sorbothane® isolation secrets—the same ones used in the world's top coffee shops—to quiet any blender on your counter. We dive into the science of decoupling, 2025 buying tips for every budget, and the "vortex" layering method for a perfect, silent blend every time.

Smart speakers have evolved from simple kitchen timers into genuine Hi-Fi contenders. But as they get more powerful, they face a classic enemy: vibration. Ian, our polymer engineer, explains why you must "decouple" your speakers from your furniture and how to use Sorbothane® hemispheres to unlock the clarity and bass your smart speaker was designed for.

Is your dishwasher making more noise than it should? Whether you're buying a new model or retrofitting your current one, our guide shows you how to use Sorbothane® to turn a budget machine into a library-quiet luxury appliance. Explore the latest reliability data and learn our "Pro-Tip" for installing vibration-damping sheets directly to the housing for immediate silence.

Remember the "Will It Blend?" era of ear-splitting power? You don’t need a commercial sound enclosure to get professional-grade silence in your kitchen. From Vitamix to Ninja, learn how to use Sorbothane® to "float" your blender and eliminate the dreaded "smoothie scream" forever.

Got a vintage turntable or some old-school speakers? Don't just let them collect dust. Join our 8-part "Hi-Fi Revival" series! We're taking a $50 Technics turntable and two generations of iconic Bose 301 speakers on a DIY journey. Follow along as we show you how to eliminate vibration with Sorbothane® and turn thrift store finds into a true high-fidelity system. This is the ultimate guide to getting audiophile sound on a budget.

Frustrated by "ghosting" or "ringing" ruining your 3D prints? Those wavy lines aren't a slicer setting—they're a physics problem. Learn how your printer's own motor vibrations are amplified by your table and how to fix it in 60 seconds. Discover why foam and pavers don't work, and how Sorbothane® hemispheres can absorb vibration to deliver visibly cleaner, crisper prints.

Turn your "clacky" budget keyboard into a premium, "thocky" masterpiece. Our 30-minute DIY guide shows you how to use Sorbothane® to absorb case vibration, kill unwanted resonance, and add satisfying weight. This is the ultimate, high-impact mod for any mechanical keyboard.

This post provides a practical DIY guide to silencing a loud, resonating metal utility sink. It explains the science behind why sinks act like a gong when water hits them and demonstrates how applying a self-adhesive 30 durometer Sorbothane® sheet to the underside absorbs the vibrational energy. Featuring before-and-after sound level data that shows a 50% reduction in perceived loudness, the article offers a simple, 5-minute fix for a common workshop and home annoyance.

Sorbothane® or Dynamat® for your car? It's the wrong question. These materials serve different purposes in the fight for a quiet ride. Discover the science behind Constrained Layer Dampers like Dynamat and viscoelastic absorbers like Sorbothane®. Learn how to use them together as a system to eliminate panel rattles, block road noise, and achieve a truly luxurious driving experience.

Join our polymer engineer and DIY maker, Ian, as he kicks off a new series exploring Sorbothane®—the revolutionary material that tames vibration. Discover the fascinating science behind this unique viscoelastic polymer, how it absorbs up to 94.7% of impact shock, and why it outperforms traditional rubber and foam. Whether you're an audiophile, a 3D printing enthusiast, or a home problem-solver, this is your first step toward mastering the ultimate vibration-damping solution.