Comply Foam tips/ avaible for all brands of in-ears and earphones
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Technology
The patented technology behind Comply™ Foam Tips is unrivaled. With engineering based on knowledge of ear-canal structure and with innovative memory-foam technology, Comply™ products dramatically enhance your listening experience.
Integral Protection – A built-in filter safeguards earphones from wax and debris, but is virtually transparent acoustically (less than 2dB transmission loss).
Superior Attenuation – Comply™ Foam Tips offer excellent noise isolation. Actual attenuation depends on earphone design and frequency.
Flexible Core – Several sizes to fit most earphones. Engineered materials are tailored to provide optimal coefficient of friction for attaching to the earphone and soft durometer for comfort.
Super-Soft Memory Foam – Extremely soft polyurethane foam for long-term, comfortable wear. Also, conforms to the ear canal to maintain an acoustic seal and retain earphone in the ear.
(Average compression modulus around 1.5 psi at 98˙F and 50%RH)
Ergonomic Design – Sleek, tapered shape is designed to provide both easy insertion and stability in the ear canal.
Sustained Response – Numerous earphones tested using Comply™ Foam Tips have shown no significant reduction in frequency response versus an ordinary silicone tip.
(Testing performed using a pure tone frequency sweep from 200Hz-8000Hz)
Comply™ Foam Tips
Comply™ Foam Tips are made with high-tech, viscoelastic polyurethane foam. This heat-sensitive, breathable foam conforms to the dynamic shape of the ear canal, providing a perfect in-ear fit. The foam’s passive noise-reduction technology seals out unwanted ambient sound and funnels pure music directly into the ear canal, without leaking bass. Thirty times softer than the silicone used on ordinary, factory-supplied earbuds, Comply™ Foam Tips are extraordinarily comfortable, reducing irritation and fatigue and leaving listeners with clear, crisp sound. Numerous earphone tests using Comply™ Foam Tips have shown no significant reduction in frequency response when compared to ordinary silicone tips (testing performed using a pure tone frequency sweep from 200 Hz – 8,000 Hz).