Direct evolution of the FT-SWS NCF (R), this new “Plus” version incorporates several structural and material improvements developed by the Japanese manufacturer. Furutech presents this model as the culmination of its research into AC power transmission, with a particular focus on mechanical damping, noise suppression, and overall electrical integrity. A wall outlet in Schuko format (Type F) that concentrates the brand’s proprietary technologies in a standard flush-mount format.
Ten times thicker: redesigned conductors
The most notable change compared with the previous version concerns the thickness of the conductors. The FT-SWS NCF Plus (R) uses main conductors made of non-magnetic rhodium-plated pure α (Alpha) copper with a thickness of 5 mm, versus only 0.5 mm on the earlier model. This tenfold difference has direct implications for current-carrying capacity and the mechanical strength of the contacts.
A non-magnetic stainless steel conductive spring reinforces the assembly, maintaining constant and uniform contact pressure on the Schuko pins. This device ensures a low-impedance connection even after numerous plug/unplug cycles.
Nano Crystal² formula serving damping
Furutech incorporates its NCF (Nano Crystal² Formula) technology into this outlet, a composite crystalline material with multiple properties. This compound generates negative ions that eliminate static electricity and converts thermal energy into far infrared radiation. The mix also incorporates nano-sized piezoelectric ceramic particles and carbon powder, which provide additional damping via the piezoelectric effect.
The insulation materials are composed of nylon and fiberglass into which this anti-resonance NCF material is incorporated. The goal: to reduce mechanical micro-vibrations and electrical disturbances right from the first connection point to the power grid.
Multilayer construction against resonances
The Plus version stands out with a reinforced structural approach. The front plate in molded zinc-magnesium alloy receives a carbon fiber finish and a particularly effective anti-resonant coating. The assembly forms what Furutech describes as a multilayer damping architecture.
A new hybrid TPU (thermoplastic polyurethane) coating reinforced with carbon fiber extends the suppression of micro-vibrations. The internal supports and spacers have been redesigned to offer increased rigidity and stability, limiting mechanical fluctuations that could affect the electrical signal.
Alpha treatment: cryogenics and demagnetization
Like all Furutech products, this outlet benefits from the two-step Alpha process. The treatment begins with deep cryogenic freezing of all metal parts, using high-performance refrigerants (liquid nitrogen or helium) to reach temperatures between -196 and -250°C. At these extreme temperatures, the molecular structure of the metals changes: internal stresses decrease, molecules bond more tightly, and electrical conductivity improves.
The second step exposes these parts to a patented ring demagnetization treatment, using controlled attenuation to eliminate any residual magnetization. This process avoids the problem of conventional magnets, which can leave certain areas more magnetized than others.
A patented clamping system
The patented pressure plate system increases the contact surface of the Alpha conductors and ensures a more secure low-impedance connection. The outlet accepts wires with a diameter between 2.8 mm and 5.5 mm² (maximum 10 AWG), held in place by clamping screws.
With dimensions of 95 × 95 × 48 mm, the FT-SWS NCF Plus (R) fits into a standard flush-mount box. Its rated capacity of 16 A at 250 V AC meets the needs of European home and professional installations.
