| | | | |
Picture | | | | Order |
|
|
|
|
|
from £ 0.71* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.71* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.71* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.86* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.84* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.84* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.71* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.76* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.81* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.76* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.78* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.63* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.45* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.49* per metre |
|
|
Lapp ÖLFLEX HEAT 260 SC Medium voltage cable (1 offer) For use in the most extreme conditions ÖLFLEX® HEAT 260 SC - PTFE single core, robust, chemical resistant and space-saving, for use in machine and plant construction at temperatures: -190°C to +260°C |
|
from £ 0.45* per metre |
|
|