Gates

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Barricade Fuel Injection Hose is a low permeation, multi-fuel compatible hose that virtually eliminates fuel vapor loss thanks to our 5-layer GreenShield barrier technology. Works with multiple fuels (approved for use with leaded and unleaded petrol, diesel, biodiesel up to B-100, E-10, E-15, E-85, 100 percent methanol, ethanol and gasohol fuels).

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.

Many new vehicles have multiple electric coolant valves to handle various thermal management functions. Electrified vehicles utilize electric coolant valves to heat and cool the battery to optimize efficiency and battery life. In addition electrified and internal combustion vehicles utilize electric coolant valves to adjust coolant flow through the heater core to control the temperature setting in the passenger compartment.