Furutech CF-201-NCF-Plus(R) Spade Connector α-Copper Conductor (set of 2)

Furutech CF-201 NCF Plus(R) Spade Connector Delivers Ultra-Premium Signal Transfer

Furutech CF-201 NCF Plus(R) Spade Connector is a high-end performance terminal designed to elevate the fidelity and integrity of speaker cable connections in reference-grade audio systems. This precision-engineered 2-piece connector set is crafted for audiophiles demanding exceptional clarity, tonal depth, and mechanical integrity at every point in their signal chain.

One-Piece α (Alpha) Copper Core Ensures Signal Purity

The CF-201 NCF Plus (R) spade connector features a one-piece centre conductor made of α (Alpha) Pure Copper, finished with a rhodium-plated coating to ensure oxidation resistance and optimal conductivity. This non-compromised, high-purity copper core eliminates signal loss from joint resistance, making it ideal for low-noise high-fidelity systems that demand full-spectrum detail. By utilising a monolithic design, Furutech reduces microphonic distortion, allowing the connector to maintain the integrity of complex signal information.

NCF Damping Ring Enhances Tonal Balance and Spatial Depth

Furutech's exclusive NCF damping ring—strategically integrated around the pin—is a multi-layered formulation that leverages Liquid Crystal Polymer (LCP), nano-ceramic particles, and carbon powder, engineered for Piezoelectric damping. This formulation is further infused with Furutech’s proprietary NCF (Nano Crystal² Formula), which converts mechanical and electrical energy into heat and dissipates static charges. This advanced damping mechanism sharpens stereo imaging, deepens the soundstage, and enhances low-frequency articulation, offering a significantly reduced noise floor for improved dynamics and musical realism.

Stainless Steel Chassis Reinforces Structural Stability

The α (Alpha) nonmagnetic stainless-steel housing of the Furutech CF-201 NCF Plus(R) provides a rigid, interference-resistant structure that resists external vibrations and magnetic interaction. Each connector integrates a non-magnetic wire clamp, crafted through powder metallurgy from stainless steel and vibration-damping metal powders. This choice of materials minimises resonance transfer from cables and connection points, ensuring uninterrupted performance and physical durability.

Hybrid Carbon Fibre NCF Housing Improves Resonance Control

Furutech surrounds the connector body with a sophisticated multilayer carbon fibre hybrid housing, composed of a silver-plated 3k carbon weave, encased under a transparent hard coat. This structure is bonded to a nonmagnetic stainless steel shell for additional insulation and mechanical decoupling. The result is a dramatic enhancement in frequency extension, especially in upper harmonics, and a more balanced sonic signature across the full bandwidth.

Precision-Crafted for Cable Security and Longevity

Furutech CF-201 NCF Plus(R) accommodates cables up to 7.0mm in diameter, secured by either set screws or soldering, depending on user preference. The precision-engineered contact structure features a specially designed fixed-wire configuration that ensures a tight, long-term mechanical bond between conductor and terminal. The knurled housing end provides enhanced grip for safe, torque-consistent installation, while an insulating ring safeguards against short circuits or housing contact.

Designed for Audiophile-Grade Systems with Reference Cabling

This premium spade connector is an ideal upgrade for high-performance loudspeaker setups using reference-grade speaker cables, including silver-plated copper or oxygen-free copper (OFC) variants. Its compatibility with both banana-to-spade conversion and dedicated spade termination setups makes it versatile for custom speaker cable fabrication or aftermarket upgrades.

Furutech Includes Professional-Grade Accessories for Setup

Each 2-piece Furutech CF-201 NCF Plus(R) set comes complete with a 2mm hex driver and M4x4 hex socket set screws, enabling precise, secure cable termination without requiring additional tools. The tight-tolerance threading and fastener fit further minimise mechanical noise and long-term loosening due to thermal cycling or vibration.

Note: Minor discolouration of the silver-plated carbon fibre shell may occur over time, a natural result of the hand-assembled manufacturing process. These visual variations do not affect structural integrity or signal transmission quality.