 
|
Ultra Flexible Miniature
Daflex extra flexible miniature and sub-miniature cables are constructed using our popular #2671 line of ultra-flexible hook-up wire, which uses fine, soft bare copper high strand counts and thin PVC walls, designed for continuous flexing applications.
|
Daburn ultra flexible silicone rubber cables use high strand counts of fine tinned copper for increased flexibility. Conductors & jackets are insulated with flexible extruded silicone rubber. High Temperature 150 deg. Celsius & shielded options
|
Daburn ultra flexible silicone rubber cables use high strand counts of fine silver plated copper for increased flexibility. Conductors & jackets are insulated with flexible extruded silicone rubber. High Temperature 200 deg. Celsius & shielded options.
|
Twisted cables are constructed from our #2451 Daflon Microminiature PTFE hook-up wires. Chemically inert, weather resistant, and non-flammable; and resist soldering irons and moisture. Medical, aircraft, missile, space and compact electronic components.
|
This series is suited for low voltage applications where flexibility is required; such as missiles, computer, bio-medical instruments, recorders and servers. Each conductor in the cable is flexible, finely stranded BC or tinned copper*.
|
High strand count very flexible bare copper inner conductor with 005" to .008" natural polypropylene insulation for very good dielectric properties. A 44 AWG braided tinned copper shield with 90% minimum coverage. A .010" to .012” white PVC jacket.
|
This series is suited for low voltage applications where flexibility & high temperature resistance is required: Computer, bio-medical, missiles, robotics, critical physiological & medical applications, small diameters,long flex life,non-toxic insulation.
|
This cable is constructed with a high strength copper alloy conductor, DaflexAlloy14, to increase flex-life. Low voltage applications where flexibility is required; computer, bio-medical instruments, missiles, robotics, record. Non-toxic insulation.
|
This series is suited for low voltage applications where flexibility & high temperature resistance is required: Computer, bio-medical, missiles, robotics, critical physiological & medical applications, small diameters,long flex life,non-toxic insulation.
|
This series is suited for low voltage applications where flexibility & high temperature resistance is required: Computer, bio-medical, missiles, robotics, critical physiological & medical applications, small diameters,long flex life,non-toxic insulation.
|
This series is suited for low voltage applications where flexibility is required; such as missiles, computer, bio-medical instruments, recorders and servers. Each conductor in the cable is flexible, finely stranded BC or tinned copper*.
|
This series is suited for low voltage applications where flexibility is required; such as missiles, computer, bio-medical instruments, recorders and servers. Each conductor in the cable is flexible, finely stranded BC or tinned copper*.
|
This series is suited for low voltage applications where flexibility is required; such as missiles, computer, bio-medical instruments, recorders and servers. Each conductor in the cable is flexible, finely stranded BC or tinned copper*.
|
UL 2879 300V 80°C - Each conductor is 7 strand tinned copper with specially formulated PVC insulation. Overall PVC jacket. This ultra-flexible multi-conductor, unshielded sub-miniature cable is suitable for computer print head and other high flexing,
| |
|
|