45 Degree Elbow, Slip x Slip PVC Schedule 80 6" (817-060)

The 6" PVC Schedule 80 45-Degree Elbow (Slip x Slip) is a heavy-duty thermoplastic fitting designed to introduce a gradual, half-angle directional change in industrial PVC piping systems. With slip socket connections on both ends, this fitting installs permanently via PVC solvent cement — producing a full-bore, pressure-tight joint that maintains consistent flow characteristics through the bend and along the downstream run.

The 45-degree geometry is a deliberate specification choice over a 90-degree elbow wherever the system layout permits. The shallower sweep reduces turbulence at the directional transition, lowers the pressure drop across the fitting, and diminishes mechanical stress on the pipe assembly at the point of change. In industrial and process piping systems operating at higher pressures and flow velocities, these are not marginal differences — they are engineering considerations that compound across multiple fittings in a long run and meaningfully affect system performance, pump load, and long-term joint integrity. Engineers routinely specify 45-degree elbows in pairs to achieve a 90-degree offset over a longer sweep distance precisely because the hydraulic and mechanical benefits over a single sharp elbow justify the additional fitting and linear space.

At 6 inches in Schedule 80, this fitting is most frequently found in chemical processing headers, water and wastewater treatment plant process mains, industrial pump discharge lines, and large commercial mechanical systems — environments where the combination of larger pipe diameter, elevated operating pressure, and chemically demanding service conditions makes the heavier Schedule 80 wall section the correct specification over Schedule 40. The additional wall thickness provides greater mechanical strength at the elbow body, increased resistance to impact and handling stress in exposed installations, and deeper socket engagement for a more robust solvent-weld joint at a size where joint integrity carries more consequence than it does in smaller-diameter systems.

All slip socket connections are sized for Schedule 80 PVC pipe and designed for solvent cement installation per ASTM D2564 procedures. Manufactured to ASTM D2467 standards and fully compatible with Schedule 80 PVC pipe throughout its rated pressure and temperature range.

Specifications:

Industries & Applications:

• Chemical Processing & Handling — Specified in chemical-resistant 6-inch PVC process headers and transfer lines where a gradual directional change reduces turbulence and mechanical stress at the bend in systems handling acids, bases, and industrial solvents compatible with PVC
• Water & Wastewater Treatment — Applied in treatment plant process mains where 6-inch Schedule 80 piping requires directional transitions between treatment stages, equipment connections, and process distribution headers while maintaining system pressure and minimizing head loss
• Industrial Process Piping — Used in process plant pipe racks, equipment headers, and mechanical room assemblies where 45-degree offsets are specified over 90-degree elbows to preserve available pressure head and reduce long-term stress on the piping assembly at directional change points
• Pump Discharge & Suction Lines — Incorporated in pump system piping where gradual bends at the pump inlet or outlet reduce turbulence, improve flow profile, and protect pump performance — particularly relevant in Schedule 80 systems where pump connections are already flanged or threaded for serviceability
• Municipal Infrastructure & Pump Stations — Specified in pump station discharge headers, lift station piping, and treatment plant process mains where 6-inch Schedule 80 PVC runs require code-compliant, pressure-rated directional fittings with the heavy-duty wall section appropriate for municipal service conditions
• Industrial Irrigation & Agricultural Infrastructure — Applied in high-demand irrigation mainlines and pump discharge assemblies where 6-inch Schedule 80 is specified for elevated pressure ratings and the 45-degree geometry maintains efficient flow through directional transitions across long field runs