Polynic P.V.C. Twin Parallel Cables deliver a streamlined, flexible double-core structure designed for straightforward lighting and light-circuiting. Uniquely fused lengthwise, these cables provide excellent physical consistency with rapid peel-apart splitting when separating live from neutral.

Key Features

  • Double-core parallel fusion construction
  • Easy lengthwise splitting for quick wiring
  • Transparent jacket options available
  • High flexibility for tight setups
  • Consistent gauge quality

Technical Specifications

Brand Code Size Type Length
POLYNIC 703 14/.0052 B.C. 90 Mtrs
POLYNIC 751 23/.0052 B.C. 90 Mtrs
Transparent 704 14/.0052 B.C. 90 Mtrs
Transparent 752 23/.0052 B.C. 90 Mtrs
Transparent 762 40/.0052 B.C. 90 Mtrs

Applications

  • Basic domestic lighting chains
  • Audio system and speaker arrays
  • Low-Voltage electronic setups
  • Decorative and display lighting
  • Temporary electrical drops

Why choose Twin Parallel by Polynic

Simplicity speeds up installations. The twin parallel layout mitigates bulkiness while supplying a clean, uniform look, perfect for domestic electronic demands. Plus, our transparent versions ensure wiring blends seamlessly into room decors or glass displays.

Effortless Splicing

The centralized joining line offers swift tearing exactly down the middle without needing stripping tools.

Aesthetic Options

Transparent insulation offerings ensure speaker grids and LED lines appear nearly invisible.

Premium PVC

Surrounded by a dependable, weather-secure PVC blend keeping the inner strands protected.

Compact Stance

The flat parallel alignment rests flush against molding or floors, mitigating trip hazards.

Frequently asked questions

Yes, all common parallel sizes including 14/.0052, 23/.0052, and 40/.0052 are available with transparent PVC shielding.

No, twin parallel cables are ideally used in light-duty arrays, speakers, and lower-voltage domestic lighting.

By design, they merge at a thin PVC crest, meaning they can simply be pulled apart by hand directly at the endpoint hooks.