- Cables can have a flat or round body shape
- Conductors can be copper, copper or cadmium alloys, nickel alloys, or POF (plastic optical fiber)
- Conductor AWGs from 36 to 14 (view chart)
- Conductor strandings available - all standard and custom (view chart)
- Hybrid configurations with POF and copper and copper alloys are available
- Insulations available:
- Polyamides and alloys
- Copolyesters and alloys
- TPEs (thermoplastic elastomers)
- Polyolefins
- Fluoropolymers such as TFE, FEP, ETFE, ECTFE
- Foamed fluoropolymers of TFE or FEP
- PVCs
- Low-smoke polymers and elastomers
- Highly flame retardant versions of all insulations available
- Selectable physical positioning of insulated conductors within a cable
- Capacitance between conductors can be set to a target
- Stress reducing layout configurations inside the cable are available for long life flexing applications
- Cable can be strengthened with the addition of reinforcing fibers such as aramid
- Shielding is offered for individual conductors, twisted pairs, over inner bundles or on the overall cable
- Shields can be spiral wrapped strands; single or double sided foil; braided; or any combination thereof
- Foil shields maintain positive contact with drain wire to provide efficient grounding means
- Foil shields typically provide 100% coverage with a nominal 10% overlap
- Spiral wrapped strand shields and braided shields typically provide 90% coverage nominal
- Cable inner and outer jackets are available in these materials:
- Low smoke, zero-halogen elastomers and polymers
- Vinyl-rubber copolymers
- Fluoropolymers
- PVC
- Polyamides and alloys
- Copolyesters and alloys
- TPEs (thermoplastic elastomers)
- TPUs or PURs (thermoplastic urethanes)
- Highly flame retardant alloys of jacket materials
- Cable diameters from 0.050" to over 0.600", other sizes optional