Giraffe Hose Splitter Hybrid Garden Hose 5/8" x 50ft Custom Length No Kink Flexible Leakproof Hose with Male to Female Fittings 600 Burst PSIOnline now

Giraffe Hose Splitter Hybrid Garden Hose 5/8" x 50ft Custom Length No Kink Flexible Leakproof Hose with Male to Female Fittings 600 Burst PSI is a sporty baseball uniform that can be worn to any baseball game or out on the town. This Giraffe Hose Splitter Hybrid Garden Hose 5/8" x 50ft Custom Length No Kink Flexible Leakproof Hose with Male to Female Fittings 600 Burst PSI is perfect for anyone looking to support their favorite team in style.

Shop the official online store and find the latest Giraffe Hose Splitter Hybrid Garden Hose 5/8" x 50ft Custom Length No Kink Flexible Leakproof Hose with Male to Female Fittings 600 Burst PSI. Get ready for game day with the official Giraffe Hose Splitter Hybrid Garden Hose 5/8" x 50ft Custom Length No Kink Flexible Leakproof Hose with Male to Female Fittings 600 Burst PSI in all the colors and sizes you need for the season.

No Kink: The newest material is memoryless, the heavy duty hose will not kink, and easily coil and uncoil. The 3-layers design allows the hose to remain flexible under extreme temperatures.

Special Design: The amazing part of this hose is that it can be re-used. If one part is broken, you can cut it off, and get the fittings re-connected. This one hose can be used throughout your whole lifetime. Great for garden, lawn, yard, car washing, and pets cleanings.

All-weather Flexible: This hose can resist wide-range outside temperature from 40 to 150 degree fahrenheit, suitable for all seasons. The rubber component allows the hose to remain flexible in extreme temperatures, defying heat or cold, still easy to coil and uncoil.

Heavy-Duty Material: This Adapter is made of durable brass material that is rust- and corrosion-resistant. High-quality rubberization makes it comfortable to operate in any season.

Effort-Saving Operation: Longer rubber grips are designed for less effort in opening and closing. Operate a single valve individually to adjust its water flow.