PVC DWV caps are used to close or blank the end of matching PVC DWV pipework.
Push-on caps fit over the outside of matching DWV pipe and are solvent welded in place, providing a permanent closure where access is not required. Threaded access caps have an internal female thread that screws onto the external male thread of a matching threaded coupling, providing a removable closure for inspection, testing or cleaning and allowing the pipework to be temporarily blanked when required.
The stated size corresponds to the nominal PVC DWV pipework the cap is designed to suit. Nominal size does not match the measured pipe outside diameter, so confirm the nominal size before ordering.
Push-on caps are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. Threaded access caps do not solvent weld directly to the pipe and require a matching threaded coupling.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV couplings are used to join matching PVC DWV pipe, with plain, repair slip and threaded types available for different installation and access requirements.
Plain couplings join two sections of pipe using female sockets with an internal centre stop. Each pipe slides into the coupling until it reaches the stop, positioning the coupling between the two pipe ends.
Repair slip couplings have no internal stop, allowing the coupling to slide fully along the pipe. This makes them useful for repairs or installations where the pipe cannot be moved far enough to fit a standard coupling.
Threaded couplings have an internal centre stop and can be used like a plain coupling to join two matching pipes. They also have an external male thread that accepts a matching threaded access cap, allowing the fitting to provide removable access when configured for that purpose.
The socket connections fit over matching PVC DWV pipe and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This is known as a solvent weld joint, or SWJ.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV Slab Repair Couplings are designed to connect or extend pipework at floor or slab level where there may not be enough exposed pipe to use a standard coupling.
Socket x Into Pipe versions have a female socket at one end that fits over matching DWV pipe, while the reduced spigot at the other end fits inside matching nominal DWV pipe. This allows a connection to be made where only a short section of pipe remains above the slab.
Flanged Socket x Into Pipe versions use the same connection arrangement and include a flange to provide additional support at the floor or slab surface.
Into Pipe x Pipe Size versions have an into-pipe spigot at one end that fits inside matching nominal DWV pipe and a pipe-size spigot at the other end. The pipe-size spigot has the same outside diameter as matching pipe and fits into a compatible female socket fitting.
Connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This is known as a solvent weld joint, or SWJ.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
Rubber Ring Slip Coupling
PVC DWV rubber ring repair couplings are used to join or repair two sections of matching PVC DWV pipe without solvent welding.
Both ends of the coupling have rubber ring seals, and the internal centre stop found in a standard coupling has been removed. This allows the repair coupling to slide fully along the pipe so the pipe ends can be positioned, then slide back across the joint.
The rubber rings create the seal around the outside of the pipe. Suitable pipe lubricant should be applied to the rubber rings and pipe during installation to help the coupling slide into position without damaging or displacing the seals.
Because the joint is made using rubber ring seals, PVC priming fluid and solvent cement are not required.
The stated size corresponds to the nominal PVC pipe size the coupling is designed to suit. Confirm the outside diameter of the pipe where compatibility is uncertain, particularly when working with stormwater pipe.
PVC DWV Two Piece Repair Couplings are designed to repair existing DWV pipe where there is not enough movement or space to install a conventional one-piece coupling.
The coupling separates into two halves so it can be positioned around the outside of the pipe after the replacement pipe has been placed into position. A rubber seal fits around the pipe, and the two coupling halves are secured together with retaining clips to form the joint.
This makes the clamp-style design particularly useful in confined spaces and existing installations where surrounding pipework cannot be moved sufficiently to slide a conventional repair coupling into place.
When a damaged section of pipe is cut out and replaced, one two-piece repair coupling is normally used at each end of the replacement pipe section.
The stated size corresponds to the nominal PVC DWV pipe size the coupling is designed to suit. PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
Rubber joiners are flexible mechanical couplings used to join two plain-ended pipes without solvent welding. The flexible body fits over the outside of both pipe ends and is secured using stainless steel clamps.
These rubber joiners are commonly used with PVC DWV pipe. They can also be used with other compatible pipe materials, including PVC, copper, galvanised steel and cast iron, if the pipe's outside diameter is within the joiner's clamping range.
They provide a practical way to join, repair or alter non-pressure drainage pipework, particularly where a solvent-welded connection is not suitable or where different compatible pipe materials need to be joined.
The flexible EPVC body is secured at each end by 316 stainless steel clamps and is suitable for above and below ground applications.
The stated size for each joiner matches the nominal DWV pipe size it is designed to suit. Confirm the compatibility of this joiner to a pipe by comparing the clamping range to the pipe's outside diameter.
These rubber joiners are intended for non-pressure applications and are not suitable for potable water systems.
Highlighted codes in 'Product Specification' are the regular stock on Pipeco's shelf.
PVC DWV plain bends female-female are used to change the direction of matching PVC DWV pipework.
Each bend has a female socket at both ends. Both sockets fit over PVC DWV pipe of the matching nominal size.
The sockets are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV plain bends male-female are used to change the direction of matching PVC DWV pipework.
Each bend has one female socket and one pipe-size spigot. The female socket fits over PVC DWV pipe of the matching nominal size, while the pipe-size spigot has the same outside diameter as matching pipe and fits into the socket of another matching fitting.
The connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV side and rear access bends are used to change the direction of matching PVC DWV pipework while providing access to the inside of the line for inspection, cleaning or clearing blockages.
Each bend has a female socket at both ends. Both sockets fit over PVC DWV pipe of the matching nominal size.
Side access bends have the access cap positioned on the side of the bend, while rear access bends have the access cap positioned at the rear. The access cap can be removed when access to the inside of the pipework is required and refitted afterwards.
The sockets are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV inspection opening bends female-female are used to change the direction of matching PVC DWV pipework while providing a capped inspection point.
Each bend has a female socket at both ends. Both sockets fit over PVC DWV pipe of the matching nominal size.
The capped inspection opening provides access to the inside of the pipework when the system needs to be inspected, tested or maintained. The cap can be removed when access is required and refitted afterwards.
The sockets are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV plain junctions are used to connect a branch pipe into a main PVC DWV pipe run.
Each junction has three female sockets. Two sockets continue the main pipe run, while the third socket connects the branch pipe at the specified angle.
The sockets fit over PVC DWV pipe of the matching nominal size and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV plain junctions male-female are used to connect a branch pipe into a main pipe run.
Each junction has two female sockets and one pipe-size spigot. One female socket continues the main line, while the second female socket connects the branch pipe. The pipe-size spigot forms the other end of the main run.
The two female sockets fit over PVC DWV pipe of the matching nominal size. The pipe-size spigot has the same approximate outside diameter as matching pipe and fits inside the socket of another matching PVC DWV fitting.
The connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV reducing junctions are used to connect a smaller branch pipe into a larger main pipe run.
Each reducing junction has three female sockets. Two larger sockets continue the main pipe run, while the smaller socket connects the branch pipe at the specified angle.
The sockets fit over PVC DWV pipe of the matching nominal sizes and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe sizes before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV Snap-On Tees are used to add a branch connection to existing PVC drainage pipe without cutting the main pipe into two sections.
The curved snap-on body fits over the outside of the existing pipe and is solvent welded into position. Once the joint has secured, an appropriately sized hole saw is inserted through the open branch socket to cut an opening through the wall of the main pipe. The cut-out and any loose material are then removed before the branch pipe is solvent welded into the socket.
Standard snap-on tees connect a branch pipe of the same measured outside diameter as the main pipe. Reducing snap-on tees connect a smaller branch pipe to the larger existing pipe.
The stated sizes refer to the measured outside diameters of the PVC pipes the fitting is designed to suit, rather than nominal DWV pipe sizes. Confirm both the existing pipe outside diameter and branch pipe outside diameter before ordering.
The snap-on body and branch socket are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. These fittings can be installed on compatible horizontal or vertical non-pressure drainage pipework.
PVC DWV side and rear access junctions are used to connect a branch pipe into a main PVC DWV pipe run while providing access to the inside of the line for inspection, cleaning or clearing blockages.
Each junction has three female sockets. Two sockets continue the main pipe run, while the third socket connects the branch pipe at the specified angle.
Side access junctions have the access cap positioned on the side of the fitting, with left-hand and right-hand configurations available. Rear access junctions have the access cap positioned at the rear of the fitting. The access cap can be removed when access to the inside of the pipework is required and refitted afterwards.
The sockets fit over PVC DWV pipe of the matching nominal size and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV test opening tees are installed in a straight pipe run to provide a removable access point for testing, inspection and maintenance of the drainage system.
The capped test opening remains closed during normal use. The cap can be removed when access to the inside of the pipework is required and refitted afterwards. The cap is supplied with the fitting.
Female-female versions have a female socket at both ends, with both sockets fitting over PVC DWV pipe of the matching nominal size. Male-female versions have one female socket that fits over matching pipe and one pipe-size spigot that fits into the socket of another matching fitting.
The pipe connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV inspection opening junctions are used to connect a branch pipe into a main PVC DWV pipe run while providing a capped inspection point in the line.
Each junction has three female sockets. Two sockets continue the main pipe run, while the third socket connects the branch pipe at the specified angle.
A built-in inspection opening provides access to the inside of the pipework for inspection, testing and maintenance. The cap can be removed when access is required and refitted afterwards.
The sockets fit over PVC DWV pipe of the matching nominal size and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the correct DWV pipe size before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV riser junctions and 4 way risers are used to connect branch pipes into a main PVC DWV riser while continuing the main pipe run.
The main riser connection is male-female. One end has a female socket that fits over PVC DWV pipe of the matching nominal size, while the opposite pipe-size spigot has the same outside diameter as matching pipe and fits into the socket of another matching fitting.
Riser junctions provide a single female branch socket. 4 way risers provide four female branch sockets, allowing several branch pipes to connect into the same riser fitting. The branch sizes are identified in the product name and may include different nominal pipe sizes on the same fitting.
The branch connections enter the main riser at 88°. Each female branch socket fits over PVC DWV pipe of the matching nominal size.
The socket and spigot connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the main riser and branch pipe sizes before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV level invert tapers are used between a smaller pipe and a larger fitting where the bottom inside surface of the pipework needs to remain level through the change in size.
The smaller end is a female socket that fits over PVC DWV pipe of the corresponding nominal size. The larger end is a pipe-size spigot with the same outside diameter as matching pipe, allowing it to fit into a compatible female socket fitting of the larger nominal size.
The tapered offset design of the fitting allows you to keep the inside bottom of both sides level.
The socket and pipe-size spigot connections are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Where the nominal size and outside diameter correspond, selected level invert tapers can also be used with compatible PVC stormwater pipework.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
DWV Bush Reducing
A bush reducing is often installed to allow a smaller sized
pressure pipe to fit into the fitting, joining into the irrigation system
Complies with AS/NZS 1260
Installation
DWV Female Iron Coupling
Used to adapt DWV pipe to a male BSP thread
(Socket x FI BSP)
Complies with AS/NZS 1260
DWV Female Iron Adaptor
Used to adapt DWV fitting socket to a male BSP thread
(Spigot x FI BSP)
Complies with AS/NZS 1260
DWV Male Iron Coupling
Used to adapt DWV pipe to a female BSP thread
(Socket x MI BSP)
Complies with AS/NZS 1260
DWV Male Iron Adaptor
Commonly used to adapt DWV fitting socket to a female BSP thread
(Spigot x MI BSP)
Complies with AS/NZS 1260
DWV Reflux Valve
Features:
- Easy access for inspection and servicing
- Adjustable riser height
- Helps prevent rodents entering through pipes
- Prevents ingress of rising stormwater into property
- Approval for DWV and Stormwater
-
Complies with AS/NZS 1260
Product Specification Sheet
DWV Pan Collar
Offset or Long Tail Offset
Complies with AS/NZS 1260
Product Specifications - Longtail Offset
Product Specifications - Offset
DWV Trap
DWV traps are commonly used for sink installations to stop sewer gases from rising out of the drain. This is achieved by the trap holding water inside of the bend creating a barrier between the sewer gases and the air of your home.
Complies with AS/NZS 1260
DWV Clip
DWV clips provide a simple solution for pipe fixing, our high quality Australian made G2-Z275 galvanised steel and powder coated clips are conformant to Australian standard AS / NZ 3500 3.3.3. Our clips provide premium protection agains electrolysis, corrosion and water hammer.
PVC Pressure Pipe Saddle Clip
Saddle clips are a simple and easy way to fix pipes against walls and posts, helping to prevent water hammer. They are made in Australia and meet Australian standard AS/NZ 3500 3.3.3. Our PVC pressure saddle clips are made of galvanised steel and are powder coated. They are resistant to corrosion and electrolysis.
PVC Stormwater Level Invert
Commonly used for sewer and vent applications
Complies with AS/NZS 1260
PVC GATE VALVES
Suitable for low pressure applications, the sliding gate valve allows water flow to be shut off.
Hinged Acoustic Insulated Clamps 25-30mm