12 Gallon Low-Profile, Low-Permeation Above-Deck Fuel Tank by West Marine | Marine Plumbing at West Marine

Description

12 Gallon Low-Profile, Low-Permeation Above-Deck Fuel Tank by West Marine | Marine Plumbing at West Marine. This tank will virtually eliminate fuel evaporation and loss, saving you money while saving the environment. A tank design that virtually eliminates fuel evaporation and loss by containing fuel vapor within the tank instead of venting it wastefully to the atmosphere. It’s better for the environment and will reduce fuel costs as all the fuel you purchase stays where it belongs-in your tank. Similar to automotive industry systems, this tank features a tethered, ratcheted fuel cap with a high-flow automatic vacuum valve that ensures optimal flow under all conditions. When combined with self-sealing fuel fittings, it creates an integrated fuel system that is good for both the environment and your pocketbook. You’ll find a 90 1/4″ NPT fuel fitting and an easy-to-read, slosh-resistant, high-contrast fuel gauge that accurately monitors the level of remaining fuel without requiring the removal of the fuel cap. The seamless, injection molded, multi-layer construction provides a 5% vapor space beyond the stated fuel capacity to safely allow for fuel thermal expansion and an additional 2-Cycle oil capacity to achieve a 1:16 ratio mix. Designed, built and certified to meet the requirements of EPA CFR 40 and California CCR 2468. Capacity: 12 Gallon Dimensions: 24″L x 18″W x 11″H Warranty: Two years Note: Any low-permeation tank may become pressurized when exposed to direct sunlight or any other source of heat. Under these conditions you may see the tank expand or bulge. Do not place the tank in a confined area that prevents this normal expansion. Pressurized low-permeation fuel system components require a thread sealant specifically designed for the unique conditions they create to maintain a leak-proof seal at their threaded connections. Tape-type thread sealants will not withstand the pressurized conditions potentially created within low-permeation systems. Permatex Av