Furutech FT-867(R) Delivers Ultra-Low Distortion Through Innovative One Piece Wound-Wire Construction
Furutech FT-867 (R) binding posts are a high-performance signal path solution that redefines how audiophiles achieve sonic transparency and mechanical precision. This premium 2-piece set features Furutech’s patent-pending one piece wound-wire conductor construction, crafted to eliminate traditional performance bottlenecks found in speaker terminal systems. By engineering a streamlined single-conductor pathway using Rhodium-plated α (Alpha)-OCC material, Furutech sets a new standard for tight, low-loss, and distortion-free signal transfer.
Furutech FT-867 (R) Features Wound-Wire α-OCC for Maximum Signal Purity
Furutech FT-867 (R) binding posts use a single continuous wound-wire conductor crafted from α (Alpha)-OCC copper and plated in Rhodium, a rare combination selected for its high conductivity, resistance to oxidation, and exceptional durability. The one piece construction radically reduces conductor junctions, eliminating the signal loss and micro-distortions typically introduced at connection points in conventional post designs. By reducing total metal mass, this design not only improves impedance matching but also lowers the susceptibility to radio frequency interference (RFI) and electromagnetic field distortion.
This meticulous conductor topology is exclusive to Furutech’s FT-867 series, offering a level of noise rejection and signal fidelity that is critical in revealing subtle nuances in high-end audio systems. Whether used in two-channel high-fidelity systems or audiophile-grade home theatre setups, the FT-867 (R) ensures your signal remains as clean and uncoloured as possible.
FT-867(R) Binding Posts Use Carbon-Damped Nylon Housing for Mechanical Stability
Furutech’s FT-867 (R) binding posts incorporate a housing constructed from a sophisticated nylon and fibreglass composite that integrates piezo ceramic and carbon damping materials. This hybrid design absorbs micro-vibrations and resonance energy, which can otherwise be transferred into the signal path as low-level noise. This layered damping approach directly contributes to a quieter background and enhanced midrange clarity, especially in low-impedance speaker loads or ultra-sensitive electrostatic drivers.
The body’s red and white nylon accents aid in polarity identification, while the terminal field is injection moulded from high-strength POM plastic for structural stability and long-term reliability. Polycarbonate insulation further enhances safety without compromising signal integrity.
Disconnect Connector Termination Simplifies High-Fidelity System Integration
Furutech FT-867 (R) terminals are designed to support disconnect connector termination, offering clean and serviceable connections that maintain tight electrical continuity over time. Furutech recommends pairing the FT-867 with the FT-210 pure copper disconnect terminals for optimal performance. This pairing preserves the signal path’s integrity and simplifies cable management in complex audio installations.
The posts accommodate core conductors up to 4.5 mm, making them compatible with a wide range of speaker cables, including thick-gauge OFC and OCC types commonly found in reference-level setups. This makes the FT-867 (R) a future-proof component ready to integrate with the most demanding high-resolution systems.
FT-867(R) Binding Posts Are Engineered for Low-Impedance, High-Transparency Listening
Furutech’s FT-867 (R) one piece wound-wire conductor binding posts are engineered for audiophiles who understand that every element in the signal chain matters. Designed to ensure minimal resistance, lower signal reflection, and immunity from magnetic contamination, the FT-867 (R) bridges the gap between mechanical perfection and acoustic realism.
These precision-engineered binding posts deliver what discerning listeners demand: resolution without harshness, dynamics without distortion, and neutrality without sterility. Whether you're building a premium loudspeaker enclosure or upgrading amplifier terminals, the FT-867 (R) delivers reference-grade performance in a compact, purpose-built form factor.
