WYNNsky 25 Feet Polyurethane Coiled Air Compressor Hose, 1/4 Inch MNPT Brass Swivel Air Fittings with Bend Restrictor
$ 86
Availability: Currently in Stock
Delivery: 10-20 working days
Condition: USED (All books are in used condition)
Condition - Very Good The item shows wear from consistent use, but it remains in good condition and functions properly. Item may arrive with damaged packaging or be repackaged. It may be marked, have identifying markings on it, or have minor cosmetic damage. It may also be missing some parts/accessories or bundled items.
WYNNsky 25 Feet Polyurethane Coiled Air Compressor Hose, 1/4 Inch MNPT Brass Swivel Air Fittings with Bend Restrictor
Air Hose Standard: 1/4 inch inner diameter is more suited to less powerful tasks, like inflating a tire or clean your garage; 25 feet length is more suitable when work in a small space when a longer length of air hose would simply air hose would hamper your ability to do a job. 120PSI Max working pressure, 450PSI brusting pressure.
Durable: Polyurethane material provides extreme flexibility without the hassle of twisting and kinking during use, or when stored. Polyurethane’s beneficial elasticity also allows the spiral air hose to return to resting form, even after continued use. Additionally, polyurethane material is extremely oil resistant.
Light Weight: polyurethane air hose is considered an “all-around” option. It weighs less than comparable hybrid and PVC options, which is a factor you’ll appreciate after you’ve dragged it around a job site all day.
All Weather Use: If you’ll be working outside, on the move and in the elements, polyurethane hoses will make your job a lot easier, polyurethane material stays flexible even in subzero weather conditions, work temperature range of -20℃ to +60℃.
Brass Swivel Air Fittings: Accepts all types of 1/4 inch FNPT quick change and quick release air fittings, clear threads provide a tight, corrosion-resistant fit to help prevent drops in air pressure, bend restrictors in the hose itself prevent kinking and reduce the amount of wear and tear caused from over-flexing.