Eau Rouge Carbon Fiber Spike Base CP-SB2
Product code:Eau Rouge Carbon Fiber Spike Base CP-SB2
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Purely grounds audio equipment vibrations.
Made from carved carbon fiber laminated plates.
Purelydissipates vibrationEnhances the foundation of sound.
The CP-SB2 is a high-performance carbon fiber spike base developed as a spike receiver for speakers and audio racks. Each layer of CFRP laminated plate is meticulously carved to achieve both extremely high rigidity and excellent vibration damping characteristics. Vibrations are quickly dissipated, bringing out the true capabilities of your equipment.
Clear bass and high resolution produced by carved CFRP
The glossy carbon surface suppresses unwanted resonance while extending the depth and speed of the bass and accurately reproducing harmonic nuances. It goes beyond treating spike receivers as mere "accessories to prevent scratches" and becomes a component that genuinely improves sound quality.
Compact and easy-to-install universal design
With a thin, circular design of 38mm in diameter and 5mm in height, it can be installed in any orientation and combined with a wide variety of equipment. It is easy to use even in limited spaces, maximizing the effectiveness of vibration control.
| Dimensions | Diameter 38 x Height 5 mm |
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Agility and resolution from carbon fiber
"The S/N ratio improved, and the sound attack became dramatically faster."
The lightweight yet high-rigidity carbon fiber (CFRP) material quickly processes and dampens vibrations transmitted from the spikes. As a result, the sound attack became dramatically faster, adding excellent agility and speed to the music.
"The sound image became sharply defined and focused."
Efficient vibration elimination sharpens the contours of sound images, making the focus extremely clear. Resolution improves and sound no longer blurs.
Spatial expression and natural resonance
"The soundstage tightened, and imaging became precise."
By accurately receiving vibrations from the spikes and blocking unnecessary energy transfer to the surface, the overall soundstage tightens, and the positioning of instruments and vocals becomes very precise. Spatial reproduction has improved.
"The high frequencies are clear and have a natural resonance."
It doesn’t result in a dead sound caused by excessive vibration damping. The high frequencies remain clear while preserving a natural resonance, bringing out the system’s inherent sense of openness.
