Flexx-Sil™ cable jacketing provides the following high performance features: Temperature Extremes, Flexibility, Crystal Clear, Low Outgassing, Durable, Zero Particulates, Halogen Free, Water/Chemical/UV Resistant.

Cicoil’s exclusive Flexx-Sil jacket operates from −104°C to +260°C, and under exposure to water, sunlight, radiation, and most chemicals. Low Outgassing makes our Flat Cables ideal for vacuum applications, including satellite and space applications.

Radix provides high temperature wire, high performance cable at the thinnest possible diameter without sacrificing its performance.

Oct 2, 2012 · These cables use Cicoil's ultra-flexible, tinned-copper wire conductors for maximum flexibility and long life in dynamic flexing applications. Each cable is produced using Cicoil's exclusive extrusion process, encasing the wire conductors in …

Our flexible Flexx-Sil™ flat cable provides numerous benefits in missile system applications: Cicoil’s standard Flexx-Sil™ cable jacket performs flawlessly in temperatures from -104°C to +260°C, and its capable of performing to +380°C for 30-45 minutes.

This tutorial will review the features, benefits and designs offered for this unique Cicoil’s Highly Flexible Flat Flexx-Sil™ Cable Technology.

Features, benefits, and applications for Cicoil's Hi-Flex Unshielded Flexx-Sil Jacketed Multi-conductor Flat Cable.

Tables and technical information for support in electrical installations. We prepare face-to-face lectures and apostilles to recycle and support electricians and consumers.

Flexx-Sil™ flexible cable jacket and our finely stranded ultra-flex wire conductors combine to make Cicoil flat cables the most flexible on the market. Tested for tens of millions of cycles, Cicoil flexible flat cables deliver reliable performance and long life.

Apr 13, 2021 · With its resistance to IPA, alcohol, hydrogen peroxide, autoclave, and other germ-killing chemicals, Cicoil’s Flexx-Sil jacketed cables can be easily and quickly sanitized against COVID-19 and other harmful viruses as well.