John Guest Speedfit 3/8 Inch x 3/8 Inch x 1/4 Inch OD Reducing Tee, Push to Connect Plastic Plumbing Fitting, PP30121208WP
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JOHN GUEST TEE CONNECTOR: This reducing tee is designed for the connection of plastic or copper pipe and is approved for behind-the-wall applications as a permanent leak-free connectionDESIGN: This push-to-connect fitting is equipped with EPDM O-rings that utilize John Guest\'s push-fit technology to make easy, reliable, and leak-free connectionsDURABLE: This tee connector is made with durable white polypropylene that provides excellent protection against chemicalsSPECS: These union connectors can withstand a pressure of 150 PSI at 70 degrees F and 60 PSI at 140 degrees FSAFETY: These plumbing fittings are manufactured with FDA-compliant material and are NSF 61 and 51 certified
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Product Description Simplify your plumbing and home improvement projects with the John Guest Tee Connector. This push-fit reducing tee adapter is manufactured from durable white polypropylene and equipped with EPDM o-rings that utilize John Guest\'s push-fit technology to make easy, reliable, leak-free connections. These adapters have been designed to connect plastic or copper pipe and are approved for behind-the-wall applications as a permanent leak-free connection. Push-to-connect fittings provide a simple, quick, reliable, and leak-free connection with no tools required. FDA-compliant material; NSF 61 and 51 certified From the Manufacturer Push-fit plastic fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. Simply push the fitting fully onto the pipe and twist the plastic nut clockwise to lock in place. Should the need arise to demount the connection unlock the nut and push the collet towards the body of the fitting and pull the pipe to release. The fitting ensures an easier working environment in confined places, is approved for behind the wall installations, and removes the need for hot works on site. Installation can be reduced by around 40-Percent when compared to traditional fixing methods.
JOHN GUEST TEE CONNECTOR: This reducing tee is designed for the connection of plastic or copper pipe and is approved for behind-the-wall applications as a permanent leak-free connectionDESIGN: This push-to-connect fitting is equipped with EPDM O-rings that utilize John Guest\'s push-fit technology to make easy, reliable, and leak-free connectionsDURABLE: This tee connector is made with durable white polypropylene that provides excellent protection against chemicalsSPECS: These union connectors can withstand a pressure of 150 PSI at 70 degrees F and 60 PSI at 140 degrees FSAFETY: These plumbing fittings are manufactured with FDA-compliant material and are NSF 61 and 51 certified
상품설명
Product Description Simplify your plumbing and home improvement projects with the John Guest Tee Connector. This push-fit reducing tee adapter is manufactured from durable white polypropylene and equipped with EPDM o-rings that utilize John Guest\'s push-fit technology to make easy, reliable, leak-free connections. These adapters have been designed to connect plastic or copper pipe and are approved for behind-the-wall applications as a permanent leak-free connection. Push-to-connect fittings provide a simple, quick, reliable, and leak-free connection with no tools required. FDA-compliant material; NSF 61 and 51 certified From the Manufacturer Push-fit plastic fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. Simply push the fitting fully onto the pipe and twist the plastic nut clockwise to lock in place. Should the need arise to demount the connection unlock the nut and push the collet towards the body of the fitting and pull the pipe to release. The fitting ensures an easier working environment in confined places, is approved for behind the wall installations, and removes the need for hot works on site. Installation can be reduced by around 40-Percent when compared to traditional fixing methods.
2019-03-23 15:19:43
