Meze Audio Mini XLR Balanced Silver Plated PCUHD Premium CableMINI XLR SILVER PLATED PCUHD PREMIUM CABLES Made to bring out the finest qualities of your headphones, our SILVER PLATED PREMIUM CABLES combine the best of two different worlds the conductive properties of silver with coppers high durability. Manufactured using state of the art Furukawa Copper wire, coated with pure silver, the cables are an easy upgrade to your listening experience, offering more depth, improving separation and enhancing details

MINI XLR SILVER-PLATED PCUHD PREMIUM CABLES

Made to bring out the finest qualities of your headphones, our SILVER-PLATED PREMIUM CABLES combine the best of two different worlds – the conductive properties of silver with copper’s high durability. Manufactured using state-of-the-art Furukawa Copper wire, coated with pure silver, the cables are an easy upgrade to your listening experience, offering more depth, improving separation and enhancing details

Oxygen is one of the most common impurities in copper products. For this reason, no gas burners are used during the manufacturing processes and the insides of the equipment are filled with noble gases. Through these methods we have succeeded in controlling oxygen to 5ppm, which is below the standard required for oxygen-free copper.

• Braided Furukawa PCUHD copper
• 0.04 mm*140 conductors in 8 wire to 4 wire continuous braid
• USA-made TPE Sleeve
• Jensen 4% silver Soldering
• Oxygen-free copper purity is 99.99% (5 ppm or less)
• 4 pin mini - XLR headphone termination

MADE WITH HI-GRADE FURUKAWA PCUHD COPPER

By combining a molding process that uses no heat-resistant materials with post-processing free from hot extrusion or rolling processes, the product can be mass-produced in a way that excludes inclusions and impurities. It possesses high malleability and drawability that allows processing up to superfine wires.

HAND BRAIDED IN BAIA MARE, ROMANIA

Featuring a proven twisted design, each cable is made of 140 conductors with 0.04mm in diameter, in an eight-wire to four-wire braid configuration. Twisting the wires minimizes the energy of the magnetic fields created by each wire, allowing us to achieve proper noise and signal interference reduction. This technique accomplishes two main objectives: reduces outgoing noise and reduces incoming noise related to electromagnetic interference.