Feature

●Create rich, clinging foam for efficient removal of shine-stealing abrasives and grime, while effortlessly creating lasting gloss and protection via your pressure washer.
●Precision machined, rifled, electroplated aluminum manifold delivers rich, dry foam and is chemically resistant
●Dual-threaded cap is compatible with included 33.8 oz jar, and Griots Garage 22 & 35 oz bottles
●Double-shot rubber nozzle grips make for easy adjustment of the variable angle spray pattern which adjusts between wide fan (40°) to a narrow stream (0°)
●Flexible, chemical resistant silicone pick-up tube with weighted ball keeps chemical flowing consistently


Description

The Brilliant Finish Foam Cannon was built from the ground up utilizing innovative design, helping to make washing fun. Powered by your pressure-washer, the cannon converts your favorite car wash into a powerful, clinging foam that loosens shine-stealing abrasives & grime, preventing wash-induced scratches. Simply foam on your car wash, relax a few minutes, then high-pressure rinse for scratch-free washing. In most cases, you can immediately dry. For stubborn road grime, you will need to perform a quick contact wash with your favorite microfiber wash pad and car wash. This cannon is loaded with premium features including, a manifold machined from solid billet aluminum, then electroplated internally and externally to resist corrosion. The cannons machined barrel features a proprietary rifling pattern enhances foam creation relative to ordinary foam lances. The cap includes dual-thread patterns making it compatible with include 33.8oz jar, and Griots Garage 22 & 35 oz bottles. Its wide-mouth 33.8 oz jar is stable at rest and makes for quick mixing, typically only requiring 2 - 4 oz of your favorite wash. The cannons nozzle adjusts to produce a wide spray pattern of up to 40 for efficient coverage or a narrow 0 stream for long-range dispensing on car roofs, trucks, and RVs. An integrated chemical flow valve allows you to adjust foam output with the turn of a dial.