90 Degree Elbow, Slip X Slip 10" (C606-100)

The 10" PVC Class 125 90 Degree Elbow (C606-100) is a large-diameter, slip-socket fitting engineered to execute a full right-angle direction change in a 10" pipeline — one of the most common and structurally significant transitions in large-bore water distribution, irrigation, and industrial process piping systems. With slip connections on both ends, the C606-100 accepts solvent-welded 10" pipe for a permanent, leak-free joint that maintains the full pressure and structural integrity of the pipeline through the bend without mechanical connections, gaskets, or restraint hardware.

At 10" diameter, the physical scale, fitting weight, and hydraulic forces acting on this elbow during pressurized service are substantially greater than those encountered at smaller pipe sizes — making material quality, dimensional consistency, and joint execution meaningfully more critical at this size tier than in typical residential or light commercial piping work. The C606-100 is manufactured from virgin PVC compound meeting ASTM D2466 dimensional standards, ensuring the wall thickness uniformity, socket depth, and fitting geometry necessary to produce reliable solvent-weld joints and sustain rated performance across the full service life of the installation.

The Class 125 pressure rating is well matched to the transmission mains, primary distribution headers, and high-volume process lines where 10" PVC pipe is most commonly deployed. For system designers and contractors, the C606-100 provides the direction change geometry needed to route large-diameter PVC mains around obstacles, follow grade contours, transition between buried and above-grade configurations, or execute the 90-degree turns required at pump station headers, manifold inlets, and equipment connection points.

At this diameter, elbow placement also carries hydraulic significance — the abrupt 90-degree geometry introduces measurable head loss and flow turbulence that should be accounted for in hydraulic modeling of high-velocity or flow-sensitive systems. Where head loss minimization is a design priority, long-radius elbow configurations or 45-degree elbow combinations may warrant engineering evaluation alongside the standard 90-degree fitting.

Specifications:

Heavy-bodied solvent cement is required for 10" slip socket joints. Allow full extended cure time before pressurizing — large-diameter socket joints require significantly longer cure schedules than small-bore fittings. Thrust restraint or thrust blocking should be evaluated at all 90-degree bends in pressurized buried systems. Pressure-temperature derating applies at elevated service temperatures per ASTM standards.

Industries & Applications:

• Municipal Water Distribution — Direction changes on 10" transmission and primary distribution mains at road crossings, grade transitions, pump station headers, storage tank inlets, and right-of-way routing constraints where a permanent solvent-weld elbow is preferred over mechanical restrained joint fittings
• Agricultural & Large-Scale Irrigation — 10" mainline trunk routing on large farms, golf courses, and managed landscape campuses where terrain, infrastructure, and layout constraints require right-angle direction changes in the primary distribution main
• Industrial Process Piping — High-volume fluid transfer systems requiring 90-degree turns at skid boundaries, equipment inlet connections, building entry points, or process area routing transitions in industrial facilities
• Water & Wastewater Treatment — Plant process piping direction changes on 10" distribution headers, filter influent and effluent mains, aeration supply lines, and clarifier inlet or outlet piping within treatment facility boundaries
• Stormwater & Flood Control Infrastructure — Large-diameter gravity or low-pressure stormwater conveyance systems requiring 90-degree direction changes at basin inlets, outfall structures, or below-grade routing transitions
• Fire Protection Supply Mains — 10" underground or above-grade fire suppression supply mains requiring direction changes at property boundaries, building entries, or pump house connections
• Power Generation & Industrial Cooling — Cooling water distribution mains at industrial power facilities requiring 90-degree routing transitions at cooling tower connections, heat exchanger inlets, or process equipment headers
• Aquaculture & Water Management — High-flow recirculation, intake, or discharge piping systems requiring right-angle direction changes at pump stations, treatment system inlets, or facility boundary routing transitions