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Furutech GTX-D NCF - Audio-grade Mains Power Receptacle

Original price ₹ 29,890 - Original price ₹ 29,890
Original price ₹ 29,890
₹ 29,890
₹ 29,890 - ₹ 29,890
Current price ₹ 29,890

Taxes & Shipping Included

Variant: Rhodium

The Furutech GTX–D NCF is a high performance upgrade receptacle for use in wall plates to deliver high quality AC power to your devices. Refinement has a New Name...

Nano Crystal² Formula (NCF) - Nano Crystalline, Ceramic and Carbon Powder
Incorporated into select Furutech products, Nano Crystal² Formula --- NCF is comprised of a special crystalline material that has two “active” properties. First, it generates negative ions that eliminate static and secondly, it converts thermal energy into far-infrared. Furutech then combines this remarkable crystalline material with nano-sized ceramic particles and carbon powder for their additional “Piezo Effect” damping properties. The resulting Nano Crystal² Formula is the ultimate electrical and mechanical damping material – only found in Furutech products!

The GTX-D NCF manifests a devotion to best performance in every element of AC and signal transfer. Considering that what you actually hear is in a very real sense the direct product of the incoming AC then the final few feet are of prime importance for best performance.

Of course everyone would love to make pure-copper receptacles, but its malleability – lack of stiffness – makes pure copper a poor choice. That’s why you’ll find less conductive metals like beryllium copper, phosphor bronze or brass in most receptacles. Furutech’s intense engineering scrutiny has resulted in an industry-first, a technique allowing us to use special Furutech rhodium-plated α (Alpha) pure copper conductors strengthened and sprung by our innovative nonmagnetic Stainless Steel Conductor Spring System that keeps a firm grip yet won’t damage male connector blades or their plated surfaces. But what really sets the GTX-D NCF receptacle apart is “NCF” – Furutech’s ultimate damping material - Nano Crystal² Formula eliminates static, “interconverts” thermal, mechanical and electrical energy and damps vibrations.

The GTX-D NCF can be summed up in a word; virtuoso!

Specifications
  • Type: 2-pole+earth
  • Rating: 20A/250V A.C.
  • Suggested max. torque setting for the polarity screws of the GTX-D series is 12Kg‧cm / 10 inch-pounds / 117 centiNewton meters Using a PH2 “+”type screwdriver
  • Rhodium-plated α (Alpha) Pure Copper Conductor (0.8mm) Nonmagnetic stainless conductor spring system
  • Body material: Nylon/fiberglass with anti-resonance nano-sized crystalline, piezo ceramic particles and carbon.
  • Cover material: Polycarbonate with a special anti-resonance nano-sized crystalline material “NCF”
  • Parts set with 2.0mm-thick stainless brace plate with minimal magnetic properties
  • Specified for wire diameters of 4mm (set screw)
  • Dimensions: 104.0 mm (L) x 47.2 mm (W) x 28.0 mm (H)
  • Total attention to detail and build quality extends right down to a specially designed patent-pending conductor pressure plate that increases contact area
  • Furutech spade terminal FP-209 recommended for 10 AWG wire

Support

  • Installation Guide

The Furutech GTX–D NCF is a high performance upgrade receptacle for use in wall plates to deliver high quality AC power to your devices. Refinement has a New Name...

Nano Crystal² Formula (NCF) - Nano Crystalline, Ceramic and Carbon Powder
Incorporated into select Furutech products, Nano Crystal² Formula --- NCF is comprised of a special crystalline material that has two “active” properties. First, it generates negative ions that eliminate static and secondly, it converts thermal energy into far-infrared. Furutech then combines this remarkable crystalline material with nano-sized ceramic particles and carbon powder for their additional “Piezo Effect” damping properties. The resulting Nano Crystal² Formula is the ultimate electrical and mechanical damping material – only found in Furutech products!

The GTX-D NCF manifests a devotion to best performance in every element of AC and signal transfer. Considering that what you actually hear is in a very real sense the direct product of the incoming AC then the final few feet are of prime importance for best performance.

Of course everyone would love to make pure-copper receptacles, but its malleability – lack of stiffness – makes pure copper a poor choice. That’s why you’ll find less conductive metals like beryllium copper, phosphor bronze or brass in most receptacles. Furutech’s intense engineering scrutiny has resulted in an industry-first, a technique allowing us to use special Furutech rhodium-plated α (Alpha) pure copper conductors strengthened and sprung by our innovative nonmagnetic Stainless Steel Conductor Spring System that keeps a firm grip yet won’t damage male connector blades or their plated surfaces. But what really sets the GTX-D NCF receptacle apart is “NCF” – Furutech’s ultimate damping material - Nano Crystal² Formula eliminates static, “interconverts” thermal, mechanical and electrical energy and damps vibrations.

The GTX-D NCF can be summed up in a word; virtuoso!

Specifications
  • Type: 2-pole+earth
  • Rating: 20A/250V A.C.
  • Suggested max. torque setting for the polarity screws of the GTX-D series is 12Kg‧cm / 10 inch-pounds / 117 centiNewton meters Using a PH2 “+”type screwdriver
  • Rhodium-plated α (Alpha) Pure Copper Conductor (0.8mm) Nonmagnetic stainless conductor spring system
  • Body material: Nylon/fiberglass with anti-resonance nano-sized crystalline, piezo ceramic particles and carbon.
  • Cover material: Polycarbonate with a special anti-resonance nano-sized crystalline material “NCF”
  • Parts set with 2.0mm-thick stainless brace plate with minimal magnetic properties
  • Specified for wire diameters of 4mm (set screw)
  • Dimensions: 104.0 mm (L) x 47.2 mm (W) x 28.0 mm (H)
  • Total attention to detail and build quality extends right down to a specially designed patent-pending conductor pressure plate that increases contact area
  • Furutech spade terminal FP-209 recommended for 10 AWG wire

Support

  • Installation Guide