Hydromist Heavy-Duty Garden Hose, Handles up to 125 PSI Static Pressure, Resilient Hose Attached to a Misting Pump, 10’ Water Hose, Fittings AttachedDiscount

Buy Hydromist Heavy-Duty Garden Hose, Handles up to 125 PSI Static Pressure, Resilient Hose Attached to a Misting Pump, 10’ Water Hose, Fittings Attached is premium quality item with a smooth, soft and comfortable fabric, which provides a premium soft feel and an excellent shape retention. This Hydromist Heavy-Duty Garden Hose, Handles up to 125 PSI Static Pressure, Resilient Hose Attached to a Misting Pump, 10’ Water Hose, Fittings Attached is lightweight which is designed to give you a comfortable fit and prevent the item from falling off your shoulders. The brand logo on the front is a great way to show your team pride.

Heavy-Duty Garden Hose: HydroMist F10-10-010 Heavy-Duty Garden Hose has the capability to handle up to 125 PSI static pressure in a seamless way

Resilient Hose: Standard hose construction assumes that the water tap is turned off while not in use for extended periods of time. But the capability of our heavy-duty hose to handle more pressure makes it one of the resilient gardening accessories

Attached to a Misting Pump: Our garden hose is attached to a misting pump and works perfectly under high pressure

Fittings Attached: This 10’ heavy-duty no-burst hose for the connection of the pump to the standard water spigot includes items for easy installation

Made in the USA: Our misting systems including garden hose and other stuff are expertly crafted with superior quality materials and are quality tested in the USA

This is an official Hydromist Heavy-Duty Garden Hose, Handles up to 125 PSI Static Pressure, Resilient Hose Attached to a Misting Pump, 10’ Water Hose, Fittings Attached. And this is a new and improved version of the previous edition. This Hydromist Heavy-Duty Garden Hose, Handles up to 125 PSI Static Pressure, Resilient Hose Attached to a Misting Pump, 10’ Water Hose, Fittings Attached product is designed with a relaxed fit, with a mesh back in order to let air flow through.