Product Description
Brainwavz Round Memory Foam Earpads - Suitable Many Large Headphones - Steelseries, Hd668B, Ath, Akg K553, Hifiman, Ath, Philips, Fostex, Sony Ear Pad & More (Hybrid)
The Brainwavz replacement earpad are designed for comfort and style, the outer material is made with high quality pleather or velour and the inside cushion is made from high grade memory foam.
The thick earpads are suitable for use on numerous large headphones that have a round ear cup design. As these are universal please do check the below dimensions and how your current headphones hold their current earpads to see if these earpads are suitable.
Dimensions:
Thickness: 30 mm Diameter: 100 mm Inner Hole Diameter: 55 mm
Note:
All Brainwavz earpads are hand crafted, as such, our earpads may have slight size variation by +/- a few mm from the dimensions given, this will not affect their fitting.
Suitable for (but not limited to):
- AKG headphones - Audio Technica ATH-M50 (and all other M50 sub models) - Shure SRH 440 - Koss DJ100 / DJ200 - Takstar HI 2050 and Pro 80 - Ultrasone HF 580 / SH 1 Pro / HFI 780 - Sony MDR V6 / ZX 700 - Fostex T50RP T50 - M-Audio Q40 - JVC S500S
Features of Brainwavz Round Memory Foam Earpads - Suitable Many Large Headphones - Steelseries, Hd668B, Ath, Akg K553, Hifiman, Ath, Philips, Fostex, Sony Ear Pad & More (Hybrid)
Replacement earpads made with made with high quality memory foam. Comfortable and fits many round cup designed headphones. Designed for comfort and style. Durable and long lasting, quality made ear pad. Better quality than most stock earpads found on high end headphones
Specification of Brainwavz Round Memory Foam Earpads - Suitable Many Large Headphones - Steelseries, Hd668B, Ath, Akg K553, Hifiman, Ath, Philips, Fostex, Sony Ear Pad & More (Hybrid)
Product Details |
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Color | Hybrid |
Size | large |
Dimensions | 3.94X1.18x3.94 |
Weight | 1.5 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.