Black Friday Doorbuster Edic Triton Lightweight Aircraft Aluminum Carpet Cleaning Wand W/ 2 Jets (200 Or 500 Psi Options) - 13” Head Collection [e6IU843h]

EDIC Triton Lightweight Carpet Cleaning Wand

Introducing the EDIC Triton Lightweight Aircraft Aluminum Carpet Cleaning Wand, the perfect solution for those who need a powerful and efficient tool without the weight. This innovative wand is designed to revolutionize your cleaning process, making it easier and more effective than ever before.

Key Features and Specifications

Featuring a lightweight design, the Triton wand is constructed from ultra-light aircraft aluminum, weighing only 6.5 lbs. This makes it easy to maneuver and reduces operator fatigue, especially during those large, tiring cleaning jobs. The wand head is made of durable UHMW plastic, offering the highest impact strength available, ensuring long-lasting performance. The UHMW shoe provides a super low friction glide, making the wand effortless to use. Additionally, the wand is equipped with a unique dual jet system, eliminating spray overlapping and allowing each jet to deliver powerful, uninterrupted agitation to the carpet fibers.

Practical Applications and Benefits

Whether you're a professional cleaner or a DIY enthusiast, the EDIC Triton wand is a must-have tool. Its low center of gravity, foam handle, and lightness make it ideal for tackling even the most challenging cleaning tasks. The wand is compatible with extractors up to 1200 PSI, including EDIC's Endeavor™ and Galaxy™ carpet extractors, providing versatility for various cleaning needs. The valve, fittings, and 1.5" solution hose are rated to handle portable or truck mount pressure and heat, ensuring reliable performance. With the option to choose between 200 PSI and 500 PSI versions, you can customize the wand to suit your specific requirements. The easy-to-remove vacuum shoe, held securely by 3 screws, allows for quick maintenance and cleaning. Elevate your carpet cleaning game with the EDIC Triton wand, and enjoy superior solution recovery with less operator downforce.