1/2 in. Chrome-Plated Brass Push-To-Connect x 3/8 in. O.D. Compression Quarter-Turn Angle Stop Valve Pro Pack (6-Pack)
Vendor : Apollo
$75.39
- SKU:
- 305483739
- short description:
- 1/2Â X 3/8 ODC ANGL STP-6 PK
- Item Number:
- FSBVA1238C6JR
The Tectite by Apollo 1/2 in. Push-To-Connect x 3/8 in. O.D. Compression Quarter-Turn Angle Stop Valve is designed to control water flow to plumbing fixtures such as toilets and faucets. The Angle Stop Valve is used where the water pipe enters the room to allow for easy shut-off of water flow to the end fixture allowing for maintenance and repair without having to turn water off to the entire home. The 3/8 in. O.D. male compression outlet allows for the integration of supply lines for connection to the end fixture. Tectite by Apollo push-to-connect stop valves are the cleanest and simplest way to gain flow control on copper, CPVC, PE-RT and PEX pipe without the use of tools, solder, open flame or glue. Simply insert the pipe to allow the high-strength stainless steel teeth to grip the pipe securely against the specially designed O-ring. Stop valve removal and reuse is just as simple using a simple demount clip (sold separately). After assembly, fittings may be rotated for simpler installation in tight spaces. All Tectite by Apollo stop valves are approved for use in both potable water and hydronic heating piping systems.|Constructed of lead free dezincification resistant (DZR) chrome-plated brass for superior reliability|Push-to-connect design allows for a simple and fast installation on any combination of copper or CPVC pipe|Corrosion resistant for greater longevity|Approved for behind-the-wall with no access and burial|Demount clip allows for fitting removal (sold separately)|Fittings can be rotated after being installed for ease of use in tight spaces|1/2 in. push-to-connect x 3/8 O.D. male compression connections|Listed by IAPMO and listed to ASSE 1061/NSF 61|Meets UPC, IPC, and cUPC standard requirements|Maximum working pressure of 200 psi and maximum temperature of 250 degree F