|
|
|
|
|
|
CCI Maximum Energy 15-4 Battery Cable, 4 AWG Wire, Red Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 19-4 Battery Cable, 4 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 32-6L Battery Cable with Lead Wire, 6 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 24-4 Battery Cable, 4 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 38-4 Battery Cable, 4 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 32-4L Battery Cable with Lead Wire, 4 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
|
|
|
|
|
|
CCI Maximum Energy 54-4L Battery Cable with Lead Wire, 4 AWG Wire, Black Sheath
|
|
|
Rugged terminal ends are constructed from tin-plated brass that supplies great starting power for car, truck or marine applications when compared to leaded counterparts. The cable jacket is manufactured from high-temperature PVC designed to resist water, oil and chemicals. These lead-free battery cables feature full gauge stranded copper that extends through the entire length of the flattened lug - insuring complete capacity conductivity.
|
|
|
|
