The Apollo 1/2 in. CPVC x Male Threaded Transition Adapter is simple to install and is designed for transitioning from CPVC to alternative piping systems. It is designed for use within hot and cold water pressure piping systems in all commercial and residential applications. The CPVC x Male Threaded Transition Adapter features a female solvent weld socket and a male threaded stainless steel connection. The fitting is used in applications where a change in the piping material is necessary.
Compatible with CPVC pipe.
Solvent weld slip x stainless steel male pipe thread (MPT) connection.
Not compatible with gases or compressed air.
Used to transition from CPVC piping system to alternative piping systems.
BrassCrafts Safety+PLUS2 gas connector combines patented excess flow technology and thermal heat activation with the advanced corrosion resistance, to provide a safer gas connector for your home and family. In the event of a gas line rupture or disconnect, the excess flow valve (EFV) restricts gas flow at the appliance to a non-hazardous level. This immediate action helps avert the potential for a dangerous release of gas into the home. Gas is controlled only at the point where the problem exists; the rest of your system will continue to function. Safety+PLUS EFV automatically resets once the gas line is properly repaired. The thermal component utilizes a thermal ring that will restrict the flow through the valve when the valve is exposed to temperatures of 400F or more. BrassCraft’s stainless steel gas connector also features a proprietary polymer coating designed to withstand prolonged exposure to harsh household cleaning, plumbing repair and masonry products as well as UV rays and salt. Unlike conventional dipped or sprayed coatings, the ProCoat coating is baked directly on the connector surface at high temperatures to provide a uniform coating over the entire length of the connector. The coating is applied only after the connector has been 100% leak tested to provide complete corrosion resistance.
The Apollo ExpansionPEX 1 in. x 1 in. x 1/2 in. Brass PEX-A Barb Reducing Tee is simple to install. Apollo ExpansionPEX barb fittings are a key component to one of the most economical potable water piping systems. Also capable of integration into hydronic heating systems, Apollo ExpansionPEX couplings must be secured into place with Apollo ExpansionPEX sleeves or comparable expansion-type sleeve or ring (all sold separately). The Apollo ExpansionPEX system is a comprehensive piping system comprised of lead free brass fittings, poly alloy fittings, manifolds, valves, fasteners, tools and tubing designed for implementation in water delivery systems, simple or complex.
Individually bagged.
Larger internal diameter of Apollo ExpansionPEX fittings results in a 25% greater flow rate within the system.
Constructed of lead free dezincification resistant (DZR) brass for superior reliability and strength.
Cold-expansion tool (sold separately) is required for installation.
Meets or exceeds ASTM F1960 standard.
Meets UPC, IPC and cUPC standard.
Barb x Barb x Barb connection for PEX-A plumbing systems.
NSF listed.
Rated to 200 degree F and 200 psi.
Item is not compatible with PEXb pipe, crimp-style (ASTM 1807) or pinch clamp (ASTM F2098) piping systems.
PVC Sch. 40 Ball Valves are compact and lightweight. This Slip x Slip valve is designed for a variety of applications including pressure distribution of cold water in irrigation, pool, spa, agricultural, commercial and light industrial applications and comes in a plastic jar of 12 valves which is convenient, resealable, and reusable. The ball valves are NSF approved and have EPDM seats and O-rings integrated into the durable PVC body.
PVC schedule 40 construction for durability.
Full port design allows for maximum efficiency and minimal turbulence or pressure reduction.
Quarter-turn flow control for easy on and off.
NSF / ANSI standard 372 certified.
Slip connections conform to ASTM D2467.
Working temperature range: 41°F to 122°F (5°C to 55°C).
Maximum pressure rating 150 psi at 73°F (22°C).
Requires solvent cement for installation (not included).
Please note – as temperature increases, working pressure decreases, the optimal working pressure for PVC valves is 150 psi at 73°F (22°C) if the temperature increases above 73°F (22°C), use the PVC. correction factor to determine working pressure, multiply the maximum working pressure by the correction factor, please see correction factor grid on the attached specification sheet.