2 Pcs 1/2 Inch MIP Thread Stainless Steel Water Arrestor Stainless Steel Hammer Arrestor, Hammer Body and Brass Connection for Pipe Potable Water Plumbing Application
Enjoy with Multipack Offering: our package that includes 2 pcs thread stainless steel water arrestors; Having an extra unit available means you are prepared for any unexpected plumbing needs
Quality Material for Prolonged Usage: sustain the durability of your plumbing system with this 1/2 inch MIP water arrestor made from quality stainless steel and brass; These robust materials keep durability and reliability, making them nice for your household
Proper Operating Range for Efficiency: enjoy a maximum operating pressure of 250 PSI with a temperature range of 33F to 180F; The broad operating range of our stainless steel hammer arrestor ensures efficiency and prevents damage or wear due to pressure or temperature extremes
Reliable Thread Connection Type: the 1/2 inch MIP thread connection type keeps a reliable fit, ensuring a leak free operation for your system; Its precision engineered threads provide a tight and secure connection, adding an additional layer of dependability to your plumbing system
Flexible and Convenient Installation: our water arrestor can be conveniently installed either horizontally or vertically in the supply pipeline, offering flexibility according to your space and plumbing configuration; Ease of installation means easy operation and a time saving set up process
Description
Features:
Introducing the stainless steel hammer arrestor to reduce unstable water pressure, noise, and any annoying effects on your plumbing system. It's a practical solution to a safer and quieter home environment.
Appreciate a nice fit for your plumbing fixtures with our 1/2 inch MIP thread stainless steel water arrestor.
Specifications:
Material: stainless steel and brass
Color: silver and gold
Size: 1/2 inch
Package includes:
2 x Thread stainless steel water arrestor
Notes:
Manual measurement, please allow slight errors on size.
The color may exist a slight difference due to different screen displays.