ProductsPipe & FittingsFittingsSchedule 80 PVC FittingsSchedule 80 PVC Fittings Schedule 80 PVC Fittings 1300 products foundShow All204080100products per pageSort By: Product Number: A-ZProduct Number: Z-AManufacturer: A-ZManufacturer: Z-ASelect products then Change Display: ListGridShowing 1 - 40 of 1300Page 1 of 33 Next >>Go to page: Filter Products Sub CategoryCPVC Schedule 80 (3)CPVC Schedule 80 Molded (1)PVC Schedule 80 Molded (1251)Secondary Sub CategoryTee (34)Reducing Tee (98)90° Elbow (36)90° Reducing Elbow (3)90° Street Elbow (17)22-1/2° Elbow (11)45° Elbow (25)Cross (10)45° Street Elbow (11)Coupling (25)Reducing Coupling (38)Female Adapter (14)Male Adapter (15)22-1/2° Street Elbow (11)Cap (24)Plug (18)Wye (11)90° Elbow Sweep (6)11-1/4° Elbow (4)Reducing Cross (9)Street Tee (6)Reducing Wye (20)Double Reducing Wye (1)Union 2000 (116)Eccentric Reducing Coupling (1)Grooved Coupling Adapter (7)Female Stainless Steel Transition Adapter (6)Flush Style Reducer Bushing (133)One Piece Flange (21)Blind Flange (11)Van Stone Flange (43)Replacement Van Stone Flange Split Rings (6)Male Spigot Adapter (7)Union (Old Style) (27)30° Elbow (1)Size1/8" (2)1/8" x 2" (1)1/8" x 2-1/2" (1)1/8" x 3" (1)1/8" x 3-1/2" (1)1/8" x 4" (1)1/8" x 4-1/2" (1)1/8" x 5" (1)1/8" x 5-1/2" (1)1/8" x 6" (1)1/8" x 7" (1)1/8" x 8" (1)1/8" x 9" (1)1/8" x 10" (1)1/8" x 11" (1)1/8" x 12" (1)1/4" (25)1/4" x 1/8" (1)1/4" x 1-1/2" (1)1/4" x 2" (1)1/4" x 2-1/2" (1)1/4" x 3" (1)1/4" x 3-1/2" (1)1/4" x 4" (1)1/4" x 4-1/2" (1)1/4" x 5" (1)1/4" x 5-1/2" (1)1/4" x 6" (1)1/4" x 7" (1)1/4" x 8" (1)1/4" x 9" (1)1/4" x 10" (1)1/4" x 11" (1)1/4" x 12" (1)3/8" (23)3/8" x 1/4" (3)3/8" x 1/2" (1)3/8" x 1-1/2" (1)3/8" x 2" (1)3/8" x 2-1/2" (1)3/8" x 3" (1)3/8" x 3-1/2" (1)3/8" x 4" (1)3/8" x 4-1/2" (1)3/8" x 5" (1)3/8" x 5-1/2" (1)3/8" x 6" (1)3/8" x 7" (1)3/8" x 8" (1)3/8" x 9" (1)3/8" x 10" (1)3/8" x 11" (1)3/8" x 12" (1)1/2" (62)1/2" x 1/8" (1)1/2" x 1/4" (6)1/2" x 3/8" (4)1/2" x 3/4" (1)1/2" x 1-1/2" (1)1/2" x 2" (1)1/2" x 2-1/2" (1)1/2" x 3" (1)1/2" x 3-1/2" (1)1/2" x 4" (1)1/2" x 4-1/2" (1)1/2" x 5" (1)1/2" x 5-1/2" (1)1/2" x 6" (1)1/2" x 7" (1)1/2" x 8" (1)1/2" x 9" (1)1/2" x 10" (1)1/2" x 11" (1)1/2" x 12" (1)1/2" x CL (1)3/4" (63)3/4" x 1/4" (5)3/4" x 3/8" (2)3/4" x 1/2" (11)3/4" x 1/2" x 3/4" (1)3/4" x 1" (2)3/4" x 1-1/2" (1)3/4" x 2" (1)3/4" x 2-1/2" (1)3/4" x 3" (1)3/4" x 3-1/2" (1)3/4" x 4" (1)3/4" x 4-1/2" (1)3/4" x 5" (1)3/4" x 5-1/2" (1)3/4" x 6" (1)3/4" x 7" (1)3/4" x 8" (1)3/4" x 9" (1)3/4" x 10" (1)3/4" x 11" (1)3/4" x 12" (1)1" (63)1" x 1/8" (1)1" x 1/4" (4)1" x 3/8" (3)1" x 1/2" (11)1" x 3/4" (11)1" x 2" (1)1" x 2-1/2" (1)1" x 3" (1)1" x 3-1/2" (1)1" x 4" (1)1" x 4-1/2" (1)1" x 5" (1)1" x 5-1/2" (1)1" x 6" (1)1" x 7" (1)1" x 8" (1)1" x 9" (1)1" x 10" (1)1" x 11" (1)1" x 12" (1)1-1/4" (62)1-1/4" x 1/2" (6)1-1/4" x 3/4" (6)1-1/4" x 1" (7)1-1/4" x 1" x 3/4" (1)1-1/4" x 1" x 1" (1)1-1/4" x 1" x 1-1/4" (1)1-1/4" x 2" (1)1-1/4" x 2-1/2" (1)1-1/4" x 3" (1)1-1/4" x 3-1/2" (1)1-1/4" x 4" (1)1-1/4" x 4-1/2" (1)1-1/4" x 5" (1)1-1/4" x 5-1/2" (1)1-1/4" x 6" (1)1-1/4" x 7" (1)1-1/4" x 8" (1)1-1/4" x 9" (1)1-1/4" x 10" (1)1-1/4" x 11" (1)1-1/4" x 12" (1)1-1/2" x 1/8" (1)1-1/2" x 1/4" (1)1-1/2" x 1/2" (8)1-1/2" x 3/4" (10)1-1/2" (65)1-1/2" x 1" (10)1-1/2" x 1-1/4" (7)1-1/2" x 1-1/4" x 1" (1)1-1/2" x 2" (2)1-1/2" x 2-1/2" (1)1-1/2" x 3" (1)1-1/2" x 3-1/2" (1)1-1/2" x 4" (1)1-1/2" x 4-1/2" (1)1-1/2" x 5" (1)1-1/2" x 5-1/2" (1)1-1/2" x 6" (1)1-1/2" x 7" (1)1-1/2" x 8" (1)1-1/2" x 9" (1)1-1/2" x 10" (1)1-1/2" x 11" (1)1-1/2" x 12" (1)2" (64)2" x 1/2" (9)2" x 3/4" (9)2" x 1" (12)2" x 1-1/4" (7)2" x 1-1/2" (10)2" x 2-1/2" (1)2" x 3" (1)2" x 3-1/2" (1)2" x 4" (1)2" x 4-1/2" (1)2" x 5" (1)2" x 5-1/2" (1)2" x 6" (1)2" x 7" (1)2" x 8" (1)2" x 9" (1)2" x 10" (1)2" x 11" (1)2" x 12" (1)2-1/2" (48)2-1/2" x 1/2" (4)2-1/2" x 3/4" (4)2-1/2" x 1" (5)2-1/2" x 1-1/4" (4)2-1/2" x 1-1/2" (6)2-1/2" x 2" (7)2-1/2" x 3" (1)2-1/2" x 3-1/2" (1)2-1/2" x 4" (1)2-1/2" x 4-1/2" (1)2-1/2" x 5" (1)2-1/2" x 5-1/2" (1)2-1/2" x 6" (1)2-1/2" x 7" (1)2-1/2" x 8" (1)2-1/2" x 9" (1)2-1/2" x 10" (1)2-1/2" x 11" (1)2-1/2" x 12" (1)3" (55)3" x 1/2" (4)3" x 3/4" (6)3" x 1" (9)3" x 1-1/4" (8)3" x 1-1/2" (9)3" x 2" (11)3" x 2-1/2" (5)3" x 3" (1)3" x 3-1/2" (1)3" x 4" (1)3" x 4-1/2" (1)3" x 5" (1)3" x 5-1/2" (1)3" x 6" (1)3" x 7" (1)3" x 8" (1)3" x 9" (1)3" x 10" (1)3" x 11" (1)3" x 12" (1)4" (54)4" x 1/2" (4)4" x 3/4" (5)4" x 1" (5)4" x 1-1/4" (4)4" x 1-1/2" (6)4" x 2" (10)4" x 2-1/2" (6)4" x 3" (9)4" x 4" (1)4" x 4-1/2" (1)4" x 5" (1)4" x 5-1/2" (1)4" x 6" (2)4" x 7" (1)4" x 8" (1)4" x 9" (1)4" x 10" (1)4" x 11" (1)4" x 12" (1)5" (6)5" x 1-1/2" (1)5" x 2" (2)5" x 2-1/2" (1)5" x 3" (2)5" x 4" (2)6" (37)6" x 1/2" (2)6" x 3/4" (3)6" x 1" (4)6" x 1-1/4" (3)6" x 1-1/2" (3)6" x 2" (7)6" x 2-1/2" (4)6" x 3" (7)6" x 4" (9)6" x 5" (1)6" x 6" (1)6" x 8" (1)6" x 10" (1)6" x 12" (1)8" (18)8" x 1/2" (2)8" x 3/4" (1)8" x 1" (1)8" x 1-1/4" (1)8" x 1-1/2" (2)8" x 2" (5)8" x 2-1/2" (2)8" x 3" (4)8" x 4" (5)8" x 6" (5)10" (11)10" x 4" (1)10" x 6" (3)10" x 8" (3)12" (10)12" x 4" (1)12" x 6" (1)12" x 8" (2)12" x 10" (1)14" (4)16" (1)18" (2)8" x 5" (1)Connection TypeFPT (121)Flange (11)Groove x Socket (7)MPT (12)MPT x FPT (36)MPT x Socket (15)MPTxSteel-Reinforced FPT (6)MRT x Socket (3)Reinforced FPT (55)SPIGxS (1)Socket (375)Socket x FPT (98)Socket x Reinforced FPT (53)Socket x Spigot (20)Spigot (26)Spigot x FPT (45)Spigot x FSRT (32)Spigot x MPT (7)Spigot x Socket (99)Socket x FPT x Socket (1)Socket x SR FPT (22)Socket x FPT w/316 SS Thread Insert (6)Spigot x Socket x Socket (6)O-Ring MaterialEPDM (72)FKM (71)Glass Filled PVC Ring (1)Glass Filled PVC Split Ring (1)PVC Plastic Ring (1)Pressure Rating132 psi (1)150 psi (11)150 psi @ 73 °F (3)235 psi (209)Type of product45 Elbow (2)45 Street Elbow (2)45° Elbow (25)45° Street Elbow (11)90 Elbow (15)90° Elbow (36)90° Street Elbow (17)Adapter (7)Blind Flange (13)Bushing (22)Cap (24)Coupling (29)Cross (10)Female Adapter (14)Flange (5)Male Adapter (15)Nipple (194)Plug (18)Reducer Coupling (6)Reducing Coupling (39)Reducing Tee (98)Reducing Wye (20)Reinforced Adapter (23)Reinforced Cap (3)Reinforced Flange (8)Reinforced Reducer Adapter (4)Reinforced Reducer Coupling (9)Reinforced Union (40)Saddle Clamp (42)Tee (44)Tee Reducer (2)Union (1)Van Stone Flange (51)Wye (11)90° Reducing Elbow (3)22-1/2° Elbow (11)22-1/2° Street Elbow (11)90° Elbow Sweep (6)11-1/4° Elbow (4)Reducing Cross (9)Street Tee (6)Double Reducing Wye (1)Union 2000 (116)30° Elbow (1)Grooved Coupling Adapter (7)Eccentric Reducing Coupling (1)Female Stainless Steel Transition Adapter (6)Flush Style Reducer Bushing (133)One Piece Flange (21)Male Spigot Adapter (7)Union (Old Style) (27)Replacement Van Stone Flange Split Rings (6)Connection Size12" (1)18" (1)1-1/2" (1) Show Less Item # and Description Manufacturer Price Tee, 1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-002SSize:1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 3/8", Socket Connection, PVC Construction, Schedule 80Item # 801-003SSize:3/8"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-005SSize:1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-007SSize:3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 1", Socket Connection, PVC Construction, Schedule 80Item # 801-010SSize:1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 1-1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-012SSize:1-1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 1-1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-015SSize:1-1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 2", Socket Connection, PVC Construction, Schedule 80Item # 801-020SSize:2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 2-1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-025SSize:2-1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 3", Socket Connection, PVC Construction, Schedule 80Item # 801-030SSize:3"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 4", Socket Connection, PVC Construction, Schedule 80Item # 801-040SSize:4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 5", Socket Connection, PVC Construction, Schedule 80Item # 801-050SSize:5"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 6", Socket Connection, PVC Construction, Schedule 80Item # 801-060SSize:6"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Tee, 8", Socket Connection, PVC Construction, Schedule 80Item # 801-080SSize:8"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. 10" Tee Socket PVC Schedule 80Item # 801-100SSize:10"Type of product:TeeQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 3/4" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-101SSize:3/4" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. 12" Tee Socket PVC Schedule 80Item # 801-120SSize:12"Type of product:Tee ReducerQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-130SSize:1" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-131SSize:1" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 1" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-157SSize:1-1/4" x 1" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 1" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-158SSize:1-1/4" x 1" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 1" x 1-1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-159SSize:1-1/4" x 1" x 1-1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-166SSize:1-1/4" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-167SSize:1-1/4" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/4" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-168SSize:1-1/4" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/2" x 1-1/4" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-202SSize:1-1/2" x 1-1/4" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/2" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-209SSize:1-1/2" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/2" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-210SSize:1-1/2" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/2" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-211SSize:1-1/2" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 1-1/2" x 1-1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-212SSize:1-1/2" x 1-1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-247SSize:2" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-248SSize:2" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-249SSize:2" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2" x 1-1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-250SSize:2" x 1-1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2" x 1-1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-251SSize:2" x 1-1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2-1/2" x 1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-287SSize:2-1/2" x 1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2-1/2" x 3/4", Socket Connection, PVC Construction, Schedule 80Item # 801-288SSize:2-1/2" x 3/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2-1/2" x 1", Socket Connection, PVC Construction, Schedule 80Item # 801-289SSize:2-1/2" x 1"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2-1/2" x 1-1/4", Socket Connection, PVC Construction, Schedule 80Item # 801-290SSize:2-1/2" x 1-1/4"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses. Reducing Tee, 2-1/2" x 1-1/2", Socket Connection, PVC Construction, Schedule 80Item # 801-291SSize:2-1/2" x 1-1/2"Connection Type:SocketSpearsQuantity: CompareFull DescriptionPVC is the most commonly used plastic material for manufacturing plastic pipe. It has a relatively high tensile strength and module of elasticity. These features make it stronger and more rigid than most other thermoplastics. It is also resistant to most acids, bases, salts, aliphatic solutions, oxidants and halogens. The joining methods for PVC are by solvent cementing, threading (Schedule 80 ONLY) or flanging. PVC has been used successfully in industries such as chemical processing, industrial planting, chilled water distribution, salt water, chemical drainage, irrigation systems and other industrial applications with corrosive fluid transfer. The pressure rating systems given are for solvent-cemented systems. When adding valves, flanges or other components, the system must be de-rated to the rating of the lowest component: threaded fittings are rated at 50% of solvent-cement systems; flanged fittings are rated at 150 psi; union fittings are rated at 235 psi. Please see manufacturers' recommendations for other ratings. Do not test or use PVC piping for air or compressed gasses.Page of 33 Next >>
