Welcome to the Black Rhodium online store. Return to our main website by clicking/tapping here.



Loudspeaker Cables Twist BiWire Classic
  < Go back to entire product range

Twist BiWire Classic

Regular price £480.00

Twist BiWire Classic

A couple of decades ago, Bi-Wiring of loudspeakers was very popular and most cable suppliers offered almost as many 4 core cables for Bi-Wiring loudspeakers as 2 core cables.

Whilst the historic popularity of Bi-Wiring has ensured that most loudspeakers are manufactured with separate terminals for high and low frequencies, Bi-Wiring is used far less today, with most people using high quality branded jumper leads to connect the drivers for high and low frequencies.

Twist Bi-Wire Classic announces to all that the Bi-Wire cable is back.

Twist Bi-Wire Classic is manufactured from Black Rhodium Twist loudspeaker cable.

Twist itself is a very special cable. It has achieved top 5 Star awards from several hi-fi magazines as well as a ‘Cable of the Year’ award. Its special secret lies in its double thickness insulation which doubles the distance between current carrying conductors, reducing the strength of the magnetic field that each conductor imposes on the other.
The result is a smoother and more natural sound than cables with thinner insulation. And Twist is extremely competitively priced for a genuine hi-fi cable.

Available in 3 metre pairs, or 5 metre pairs.

Twist Bi-Wire Classic uses two lengths of twist cable per channel, one for the high frequencies and one for the low frequencies. But it is the way in which Twist Bi-Wire Classic is assembled and terminated that really gives its performance the edge.

Hi-Fi Choice recommended.

Specification below: 

• Loudspeaker cable for speakers with 4 terminals
• Conductor and Insulation – Black Rhodium Twist cable
• Conductors: 24 x 0.2mm diameter (19 gauge) tinned copper
• Insulation; Silicone rubber type GPC
• Connections – 2 cores to amplifier and 4 cores to loudspeaker per channel
• Connectors – gold plated Z plugs
• Outside diameter of individual cores 3.2 mm

 


1