Furutech NCF Power Vault

The NCF Power Vault embodies the philosophy of electrical transmission developed by Furutech for over thirty years. This power strip goes beyond simple energy distribution by actively intervening in the audio chain. It reduces electromagnetic disturbances through absorption and induction techniques, without resorting to traditional filtering methods.

A chassis designed as an acoustic fortress

The NCF Power Vault’s enclosure reflects an industrial approach where every detail matters. CNC-machined from a solid block of aerospace-grade aluminum, the chassis features a unique compartmentalized structure. Each Schuko FI-E30 NCF (R) outlet occupies its own isolated compartment, creating eight independent zones that prevent the spread of electromagnetic interference between connected devices. This physical separation, combined with the precisely calculated thickness of the aluminum walls, forms an especially effective shield against external radio frequencies.

The brushed anodized finish is not just aesthetic: this surface treatment alters the crystalline structure of the aluminum, enhancing its thermal dissipation properties and resistance to micro-vibrations. The substantial weight of 10.8 kg gives the device mechanical inertia that contributes to overall stability, even in the face of vibrations transmitted from the floor or surrounding equipment.

An integrated grounding point directly on the chassis efficiently dissipates stray charges. This direct connection to the metallic mass of the enclosure creates a path of least resistance for electrical disturbances, diverting them away from sensitive audio circuits.

NCF technology: where nanocrystallography meets audio

At the heart of the NCF Power Vault lies the Nano Crystal² (NCF) formula, the result of decades of research at Furutech. This composite material combines specially developed crystals with ceramic nanoparticles and carbon powder. The crystals continuously generate negative ions that neutralize static electricity before it can accumulate. Simultaneously, they convert ambient thermal energy into far-infrared radiation, creating a passive energy dissipation effect.

The ceramic nanoparticles contribute their piezoelectric properties: under mechanical stress, they generate an electric field that counteracts parasitic vibrations. The carbon powder, meanwhile, ensures thermal conduction and contributes to overall mechanical damping. This synergy between active materials transforms mechanical, thermal, and electrical disturbances into dissipated heat, without creating resistance to current flow.

This NCF technology is present not only in the eight Schuko outlets but also in the integrated NCF Booster Brace supports. These multi-material hybrid structures mechanically stabilize each connection while locally applying the NCF effect. The anti-vibration grooves machined into their surface and the internal air chambers create zones of differential pressure that absorb mechanical resonances transmitted by the cables.

Star-wired electrical architecture and GC-303 absorption

The internal wiring uses a star topology, where the phase and neutral conductors converge at a central chamber. This configuration eliminates ground loops and equalizes impedance across all outlets, ensuring that each device receives exactly the same electrical potential. The conductors are made of twisted OCC α (Alpha) copper, a material produced by continuous casting using the Ohno process, creating exceptionally long copper crystals with less than 5 ppm oxygen impurities.

The central chamber contains the GC-303 absorbing material, a proprietary Furutech formula that captures electromagnetic interference generated by internal components. Unlike conventional filters that can introduce their own sonic signature, GC-303 passively absorbs EMI without creating additional AC resistance. This approach preserves the dynamics and fast response of even the most demanding power amplifiers.

The solder joints use a special alloy developed to minimize contact resistance and prevent the formation of micro-diodes at the junctions. Each connection point undergoes individual quality control to ensure optimal transmission across the entire electrical bandwidth.

The Alpha process: two-stage cryogenics and demagnetization

All metal components of the NCF Power Vault undergo Furutech’s exclusive Alpha treatment. The first stage immerses the parts in a cryogenic bath using liquid nitrogen or helium, reaching temperatures between -196°C and -250°C. At these extreme temperatures, the metal’s molecular structure reorganizes, atoms tighten, and internal stresses disappear. This permanent transformation measurably improves electrical conductivity.

The second stage applies the patented ring demagnetization process. Unlike conventional magnets that can create uneven zones of residual magnetization, this technique uses controlled attenuation of the magnetic field to completely eliminate any trace of magnetism. Treated metals return to an electrically neutral state, eliminating eddy currents that can generate noise in the audio signal.

Acoustic performance and practical use

In use, the NCF Power Vault profoundly changes the behavior of the audio system. The soundstage gains depth and stability, with instruments occupying more precise positions in three-dimensional space. Micro-details emerge from a now-silent background, revealing ambient nuances and reverberation previously masked. Dynamics are expressed without compression, from the most delicate pianissimos to the most powerful fortissimos.

Low frequencies particularly benefit from the stable power supply: they become tighter, faster, with better definition of individual notes. The midrange gains in naturalness and presence, with voices acquiring a more organic texture. High frequencies extend without harshness, with a natural decay of harmonics.

For home theater systems, the improvement is evident in more intelligible dialogue, more precise spatialization of effects, and better channel separation. The video image can also benefit from a cleaner power supply, with less digital noise and sharper edge definition.

Technical Specifications

Electrical Specifications

• Rated voltage: 10 A / 250 V AC
• Maximum power: 2500 W
• Mains input: Schuko 10 A socket, KEMA-KEUR certified (FI-09 NCF (R))
• Mains outputs: 8 high-performance Schuko FI-E30 NCF (R) sockets
• Wiring configuration: star wiring of live and neutral conductors to reduce noise interference

Construction and Materials

• Chassis made from special-grade CNC-machined aluminum alloy
• Brushed anodized finish for a refined and luxurious look
• Compartmentalized design isolating each socket to reduce EMI / RFI interference
• Integrated grounding point on the chassis
• Optimal protection against electromagnetic interference
• Internal wiring with twisted, cryogenically treated OCC α (Alpha) conductor wire
• Special alloy solder for optimized connectivity
• NCF Booster damping support for 8 connectors

Advanced Technologies

• Exclusive Furutech NCF (Nano Crystal² Formula) technology
  • Generation of negative ions to eliminate static electricity
  • Conversion of thermal energy into far-infrared
  • Optimal electrical and mechanical damping thanks to the nano-ceramic and carbon combination
• 2-step Alpha cryogenic process
  • Cryogenization: improves conductivity by removing internal stress
  • Demagnetization: eliminates residual magnetic effects for better current transmission
• GC-303 Formula
  • Central chamber filled with GC-303 EMI-absorbing material
  • Result: clear, precise, and pure sound

Connectivity

• Internal wiring: twisted Alpha-12 OCC α wire
• Special-grade UL PVC insulation
• α (Alpha) cryogenic and demagnetizing treatment applied to metal parts
• 8 high-performance output sockets with NCF technology

Dimensions and Weight

• Length: 350 mm
• Depth: 169 mm
• Height: 137 mm
• Weight: approximately 10.8 kg
• Optional isolation feet available (not included)

Recommended Applications

• High-end hi-fi audio and home theater systems
• Demanding installations requiring ultra-pure mains power
• Sound professionals seeking reliable and precise power distribution
• Audiophiles wishing to eliminate noise interference and optimize their system’s dynamics