Top Copper Steel Compound Material

MSD 31379 8.5mm Super Conductor Spark Plug Wire Set

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features Dupont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features DuPont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.

Copper alloy conductor has a resistance value of less than 50 ohms per foot for superior spark.
Ferro-magnetic impregnated core creates an effective EMI choke.
Forty feet of conductor is wound into a single foot of wire for high EMI suppression.
Conductor core features DuPont Kevlar material for increased tensile strength.
Durable outer sleeve is a proprietary compound for resistance to high heat or abrasion.
Stainless steel terminals feature dual crimp tabs to grip wire conductor and outer jacket separately.