Tee, FPT x FPT x FPT PVC Schedule 80 2" (805-020)

The 805-020 is a 2" PVC Schedule 80 tee with three female pipe thread (FPT) ports — a straight-through 2" threaded run and a perpendicular 2" threaded branch outlet — all accepting standard 2" NPT male-threaded pipe, fittings, or equipment connections. The uniform 2" FPT threads conform to ANSI/ASME B1.20.1 NPT standards across all three ports, with PTFE thread tape or appropriate thread sealant applied to the male threads of each connected fitting before assembly to ensure leak-resistant seals at every joint.

Manufactured from rigid, dark gray PVC compound conforming to ASTM D1784 cell classification requirements, the Schedule 80 wall construction delivers higher pressure ratings and greater mechanical strength than Schedule 40 equivalents at the same pipe size. This makes the 805-020 the correct choice for high-pressure chemical lines, industrial process piping, and any Schedule 80 threaded system where a three-way junction must maintain full Schedule 80 pressure integrity at every port while preserving full serviceability throughout the system's life.

The all-FPT configuration is the defining characteristic of the 805-020 and the primary reason it is specified over the all-slip 801-020 or the hybrid slip x slip x FPT tees in the 802-series. Where solvent-welded tees produce permanent joints that cannot be broken without cutting pipe, the all-threaded 805-020 creates a fully serviceable three-way junction — every connected pipe, fitting, and component can be unthreaded and replaced without disturbing the surrounding pipeline or requiring any cutting, priming, or cementing at the tee itself. This makes the 805-020 particularly well suited for systems that are designed for reconfigurability, temporary installations, maintenance-intensive applications, and any piping assembly where one or more ports connects to equipment or components with established replacement and service cycles. The full 2" diameter across all three ports delivers no flow reduction at the branch — appropriate for parallel circuit feeds, equal-flow distribution splits, and bypass assemblies where both run and branch must carry comparable flow volumes at the same pipe size. For applications requiring a reducing branch at a smaller diameter, a reducing tee in the 802-series provides the same all-Schedule-80 construction with a reduced branch outlet.

Specifications:

Industries & Applications:

• Industrial Process Piping — Fully serviceable three-way junctions in high-pressure Schedule 80 chemical distribution, cooling water, and process fluid systems where all three ports must remain independently accessible for component replacement, system reconfiguration, and maintenance without cutting pipe or disturbing surrounding connections
• Chemical Processing — All-threaded three-way junctions in corrosive service piping handling acids, caustics, and aggressive fluids where all-PVC Schedule 80 construction provides both chemical resistance and pressure safety margin, and the fully threaded assembly allows any connected component to be removed for inspection, replacement, or system modification
• Municipal Water & Wastewater — Fully serviceable branch junctions at pump stations, treatment facility process piping, and distribution system assemblies where a 2" all-threaded tee allows valves, instruments, and inline components at all three ports to be accessed and replaced without pipeline disruption
• Irrigation & Agriculture — Threaded three-way junctions in high-pressure Schedule 80 mainline assemblies and pump station piping where the fully threaded configuration supports seasonal reconfiguration, valve replacement, and system modifications without cutting solvent-welded pipe
• HVAC & Mechanical — Fully serviceable three-way junctions in chilled water and condenser water Schedule 80 piping systems where all-threaded construction allows periodic maintenance, component replacement, and system reconfiguration at any port without disrupting the surrounding pipeline
• Aquaculture & Water Treatment — All-threaded three-way junctions in recirculating system manifolds and process piping where the fully serviceable configuration supports frequent access for cleaning, component replacement, biological filter maintenance, and system reconfiguration in high-turnover operating environments