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).

MXT is recommended for high-pressure hydraulic oil lines and designed to address our customers' evolving application challenges. Using materials science and process innovation, combined with a patent-pending construction, Gates now offers a new hydraulic solution that is lighter, stronger, and more flexible.

MXT is recommended for high-pressure hydraulic oil lines and designed to address our customers' evolving application challenges. Using materials science and process innovation, combined with a patent-pending construction, Gates now offers a new hydraulic solution that is lighter, stronger, and more flexible.

MXT is recommended for high-pressure hydraulic oil lines and designed to address our customers' evolving application challenges. Using materials science and process innovation, combined with a patent-pending construction, Gates now offers a new hydraulic solution that is lighter, stronger, and more flexible.

MXT is recommended for high-pressure hydraulic oil lines and designed to address our customers' evolving application challenges. Using materials science and process innovation, combined with a patent-pending construction, Gates now offers a new hydraulic solution that is lighter, stronger, and more flexible.

Gates - The world's most experienced designer of accessory belt drive systems and manufacturer of premium quality parts - created precision engineered Solution Kits to make it easy to service front-end accessory drives. From belt jump o? to chronic belt noise, we o?er a line of specially-engineered solutions to enhance Original Equipment drive designs so customer vehicles are better than when they left the showroom. At Gates, we understand what you need to make your customers happy.

Most of today's vehicles are equipped with Electric Cooling Fans that are responsible for keeping the engine coolant within a constant temperature range. On several applications, these fans are controlled by an engine cooling fan module that precisely controls fan speed to minimize energy loss and maximize fuel economy.