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PE (Polyethylene)

Polyethylene(PE) is commonly used in coaxial and low capacitance cables because of its electric qualities. It is affordable and can be foamed to reduce the dielectric constant to 1.50, making it an attractive option for cables requiring high-speed transmission.  Polyethylene cable can be used in temperatures ranging from -65°C to 80°C. All densities of Polyethylene are stiff, hard, and inflexible. The material is also flammable. Additives can be used to make it flame retardant, but this will sacrifice the dielectric constant and increase power loss.

PE cable can also be cross-linked (XLPE) to produce high resistance to cracking, cut-through, soldering, and solvents. Daburn sells several XLPE wire styles. 
#1922 - #1923 Twin-Axial Cable
#1922 - #1923 Twin-Axial Cable
Suitable for computer applications, long or short haul transmissions; electronic cash register interconnect when high levels of noise interference may be expected.
#2690 Shielded Ultra Low Capacity Microphone Cable - Braided Shield
#2690 Shielded Ultra Low Capacity Microphone Cable - Braided Shield
Constructed with white foam polyethylene insulation, braided tinned copper shield, chrome gray vinyl jacket. The low loss foam polyethylene construction has lower capacitance and attenuation than standard polyethylene mike cables - as much as 50%.
#2770 Shielded Microphone Cable
#2770 Shielded Microphone Cable
Single conductor of stranded tinned copper (or tinned copper and Copperweld) covered with polyethylene insulation and a spiral (or a braided) tinned copper shield. Overall gray vinyl jacket.
#2779 Heavy Duty Microphone Cable
#2779 Heavy Duty Microphone Cable
2 Conductor #18 AWG Stranded Tinned Copper, insulated. Fillers where necessary. Braided tinned copper shield and black jacket overall. Studio type heavy duty plastic, shielded microphone cable. The hi-gloss, abrasion resistant jacket.
#2781 - #2782 Two Conductor Microphone Cable - Plastic Jacket
#2781 - #2782 Two Conductor Microphone Cable - Plastic Jacket
Each conductor tinned copper, polyethylene insulation - color coded. Conductors are cabled with fillers, textile wrapped, tinned copper braided shield (unless otherwise noted), gray polyvinyl jacket overall.
#2783 -#2786 Multi-Conductor Control Cable - Plastic Jacket · 600V
#2783 -#2786 Multi-Conductor Control Cable - Plastic Jacket · 600V
Each conductor tinned copper, polyethylene insulation - color coded. Conductors are cabled with fillers, textile wrapped, tinned copper braided shield, gray polyvinyl jacket overall. Operating Temperature: -20°C to +80°C. 600 Volts.
#2960 - #2964 Plastic Jacketed Foil Shield Cable - UL 2092, 2093, 2094†
#2960 - #2964 Plastic Jacketed Foil Shield Cable - UL 2092, 2093, 2094†
UL 2092, 2093, 2094† - Each conductor is stranded tinned copper-color coded with polyethylene insulation, conductors are twisted with an overall aluminum/polyester foil shield and drain. Gray PVC jacket. Drainwire provides quick and easy grounding.
#Co-Axial Cable Mil Spec And Commercial
#Co-Axial Cable Mil Spec And Commercial
Daburn's products include TFE and polyethylene dielectric constructions; TFE and Vinyl jacketed Co-Axial Cable; Mil Spec and commercial constructions. TFE dielectric co-axial cable combines both miniaturization and hi temperature qualities.