PVC DWV caps are used to close or blank the end of matching PVC DWV pipework. The range includes push-on caps for permanent solvent-weld closure and threaded access caps for removable access or temporary blanking.
Push-on caps have a solvent-weld socket that fits over PVC DWV pipe of the matching nominal size. They are joined using PVC priming fluid and suitable non-pressure PVC solvent cement, creating a permanent solvent weld joint, or SWJ.
Threaded access caps have an internal female thread that screws onto the male external thread of a matching PVC DWV threaded coupling. They can be removed when access is required for inspection, testing or cleaning and do not solvent-weld directly onto the pipe. Matching threaded coupling not included.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured pipe outside diameter. Please confirm the required cap type, nominal size and connection compatibility before ordering.
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 two lengths of PVC DWV pipe in a straight line.
Plain couplings have an internal centre stop that allows pipe to slide halfway into the fitting on each side.
Slip couplings do not have a centre stop, allowing the full length of the coupling to slide over pipe. This is useful for making repairs and in situations with limited space or flexibility. You can slide the coupling onto one section of pipe, position the other section of pipe directly against it, and then slide the slip coupling between them.
Threaded couplings have centre stops like plain couplings, and can be used the same way. They also have a male external thread outside of one socket end. This external thread allows you to screw a matching threaded access cap onto the fitting, creating an inspection or access point, or temporarily blanking an end.
The solvent-weld 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 required coupling type and 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 slab repair couplings are used to reconnect or extend pipework at floor or slab level by joining to the inside of existing PVC DWV pipe.
Socket x Into Pipe couplings have one socket that fits over matching PVC DWV pipe, and one spigot that fits inside matching pipe.
Flanged Socket x Into Pipe couplings have one socket that fits over matching PVC DWV pipe, one spigot that fits inside matching pipe, and a moulded flange that provides support at the installation point.
Into Pipe x Pipe Size couplings have one spigot that fits inside matching PVC DWV pipe, and one pipe-size spigot that can be inserted into the socket of another fitting.
The applicable 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 correct pipe size and connection arrangement before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV rubber ring repair couplings are used to join or repair two sections of matching PVC DWV pipe without solvent welding.
The coupling has a rubber-ring socket at both ends and no centre stop, allowing it to slide fully along the pipe and then back over the joint. This sliding design is useful when removing a damaged pipe section and installing a replacement section, typically with one repair coupling at each end.
Before installation, clean the pipe ends and the inside of the coupling. Check that both rubber rings are clean, undamaged and seated correctly, with no dirt or debris on or behind the seals where accessible.
Apply suitable PVC rubber-ring jointing lubricant before sliding the coupling into position. PVC priming fluid and solvent cement are not used for these joints.
PVC DWV pipe and fittings are identified by nominal size, which does not equal the measured outside diameter. The 100mm coupling suits approximately 110mm OD PVC DWV pipe, while the 150mm coupling suits compatible pipe with an approximately 160mm outside diameter.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
DWV Pipe Dimensions
Product Specification
DWV PVC Jointing & Installation Guide
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.
DWV Pipe Dimensions
Product Specification
DWV PVC Jointing & Installation Guide
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.
DWV Pipe Dimensions
Product Specification
DWV PVC Jointing & Installation Guide
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 are used to change the direction of matching PVC DWV pipework.
Male-Female bends have one socket that fits over matching PVC DWV pipe, and one pipe-size spigot that can be inserted into the socket of another fitting.
Socket x Into Pipe bends have one socket that fits over matching PVC DWV pipe, and one spigot that fits inside of a pipe.
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 correct DWV pipe size and connection type 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 a line.
Side access bends have an access cap positioned on the side of the bend. Rear access bends have an access cap positioned at the rear. The cap can be removed for inspecting, cleaning or clearing the pipework and refitted afterward.
Both female 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 required bend angle, access position and 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 in the line.
The inspection outlet is built into the bend. Its cap can be removed when the pipework needs to be inspected, tested or maintained, then refitted to close the opening.
Both female 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 required bend angle and 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 pipe run.
Each junction has three female sockets. Two sockets continue the main line, while the third socket connects the branch pipe at the specified angle.
All three 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.
Compatible larger sizes may also suit PVC stormwater pipe and fittings where the nominal size and outside diameter match.
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 socket continues the main line, while the second socket connects the branch pipe. The pipe-size spigot forms the other end of the main run and fits inside the socket of another matching PVC DWV fitting.
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 of that size and fits inside a matching fitting socket.
The sockets and pipe-size spigot 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 and fittings are identified by nominal sizes, which may differ from their measured outside diameters. Please confirm the correct size and connection arrangement 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 junction has three female sockets. Two larger sockets continue the main line, while the smaller socket connects the branch pipe at the specified angle.
All three 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 main-line and branch sizes before ordering.
Compatible larger sizes may also suit PVC stormwater pipe and fittings where the nominal size and outside diameter match.
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 non-pressure PVC pipe without cutting out and replacing a section of the main line.
The curved snap-on body fits over the outside of the existing pipe and is solvent-welded in place. Same-size snap-on tees accept branch pipe of the same size as the main pipe, while reducing snap-on tees have a smaller branch socket.
Once the solvent-cement 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 must be removed before the branch pipe is solvent-welded into the socket.
The fitting can be installed on compatible vertical or horizontal PVC pipework. The main pipe, snap-on body and branch connection must be prepared using PVC priming fluid and suitable non-pressure PVC solvent cement.
Snap-on tee sizes refer to the measured outside diameters of the main and branch pipes. Please confirm both pipe outside diameters and follow the installation instructions supplied with the fitting before installation.
PVC snap-on tees are suitable for compatible rainwater collection, stormwater and other non-pressure PVC pipework.
DWV Pipe Dimensions
Easy Tee Snap-On Junction Installation & Specifications
DWV PVC Jointing & Installation Guide
PVC DWV side and rear access junctions are used to connect a branch pipe into a main pipe run while providing access to the inside of a line.
Each junction has three female sockets. Two sockets continue the main line, while the third socket connects the branch pipe at the specified angle.
Side access junctions have an access cap positioned on the left- or right-hand side of the fitting. Rear access junctions have the access cap positioned at the rear. The cap can be removed for inspection, cleaning or clearing and refitted afterward.
All three 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 and access position 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 capped opening for testing and inspecting the line.
The cap closes the test opening during normal use. It can be removed when the pipework needs to be tested, inspected or maintained and refitted afterward. The cap is included with the fitting.
Female-Female test opening tees have two female sockets that fit over matching PVC DWV pipe.
Male-Female test opening tees have one female socket that fits over matching pipe and one pipe-size spigot that fits inside 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 and fittings are identified by nominal sizes, which may differ from their measured outside diameters. Please confirm the correct size and connection arrangement before ordering.
Compatible 150mm and larger fittings may also suit PVC stormwater pipe and fittings where the nominal size and outside diameter match.
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 pipe run while providing a capped inspection point in the line.
Each junction has three female sockets. Two sockets continue the main line, while the third socket connects the branch pipe at the specified angle.
The inspection opening is built into the junction. Its cap can be removed when the pipework needs to be inspected, tested or maintained, then refitted afterward.
All three 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 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 are used to connect one or more smaller branch pipes into a larger vertical PVC DWV pipe run.
Each fitting has one main female socket that fits over matching PVC DWV pipe and one pipe-size spigot that can be inserted into the socket of another matching fitting.
The smaller branch connections are female sockets that fit over matching PVC DWV pipe.
The main socket, branch sockets and pipe-size spigot 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 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. The smaller size female socket fits over matching pipe, and the larger pipe-size spigot fits into a matching socket. The tapered offset design of the fitting allows you to keep the inside bottom of both sides level.
The socket and pipe-size spigot 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 and fittings are identified by nominal sizes, which may differ from their measured outside diameters. Please confirm both connection sizes before ordering.
Where PVC DWV and PVC stormwater systems share the same nominal size and outside diameter, compatible level invert tapers may be used with either system.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV reducing bushes are used to reduce a larger DWV socket or pipe to fit a smaller DWV pipe size.
Standard PVC DWV bushes are used to connect a larger socket to a smaller pipe. The large end is a pipe-size spigot that fits inside a matching socket, and the smaller end is a socket that fits over pipe.
In-pipe x socket PVC DWV bushes are used to connect a larger pipe to a smaller pipe. The large end is a spigot that fits inside a matching pipe, and the smaller end is a socket that fits over pipe.
The larger spigot and smaller socket 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 and fittings are identified by nominal sizes, which may differ from their measured dimensions. Please confirm both sizes and whether a standard or in-pipe bush is required before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV female iron couplings have a PVC DWV socket at one end and a female BSP thread at the other.
The socket fits over matching PVC DWV pipe, while the female BSP thread accepts a fitting or component with a matching male BSP thread.
Join the socket to the pipe using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
The DWV socket size and BSP thread size identify separate connections. Sizes are described in metric measurements, with the nominal imperial BSP equivalent shown in brackets where appropriate.
The fitting body is made from PVC-U. “Female iron” is the traditional name for this type of female threaded connection and does not mean that the fitting is made from iron.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured pipe outside diameter.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV female iron adaptors have a pipe-size PVC DWV spigot at one end and a female BSP thread at the other.
The spigot has the same approximate outside diameter as matching PVC DWV pipe and is designed to solvent-weld into the socket of another fitting. The female BSP thread accepts a fitting or component with a matching male BSP thread.
Join the spigot inside a matching PVC DWV socket using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
The DWV spigot size and BSP thread size identify separate connections. Sizes are described in metric measurements, with the nominal imperial BSP equivalent shown in brackets where appropriate.
The fitting body is made from PVC-U. “Female iron” is the traditional name for this type of female threaded connection and does not mean that the fitting is made from iron.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured outside diameter.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV male iron couplings have a PVC DWV socket at one end and a male BSP thread at the other.
The socket fits over matching PVC DWV pipe, while the male BSP thread screws into a fitting or component with a matching female BSP thread.
Join the socket to the pipe using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
The DWV socket size and BSP thread size identify separate connections. Sizes are described in metric measurements, with the nominal imperial BSP equivalent shown in brackets where appropriate.
The fitting body is made from PVC-U. “Male iron” is the traditional name for this type of male threaded connection and does not mean that the fitting is made from iron.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured pipe outside diameter.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV male iron adaptors have a pipe-size PVC DWV spigot at one end and a male BSP thread at the other.
The spigot has the same approximate outside diameter as matching PVC DWV pipe and fits inside the socket of another fitting. The male BSP thread screws into a fitting or component with a matching female BSP thread.
Join the spigot inside a matching PVC DWV socket using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
The DWV spigot size and BSP thread size identify separate connections. Sizes are described in metric measurements, with the nominal imperial BSP equivalent shown in brackets where appropriate.
The fitting body is made from PVC-U. “Male iron” is the traditional name for this type of male threaded connection and does not mean that the fitting is made from iron.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured outside diameter.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV sewer diverters are used in septic systems to direct effluent from the septic tank to either of two leach drains.
Moving the adjusting rod changes the position of the internal flap, allowing the effluent to be directed to either leach drain from above. This helps alternate between the drains so one is not continually loaded.
The diverter has one inlet socket and two outlet sockets. All three female sockets fit over matching PVC DWV pipe and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement.
The body can be assembled for either left- or right-hand diversion to suit the pipe layout. Its enclosed design provides a sealed flow path through the diversion point.
An access riser can be installed over the adjusting rod when the diverter is below ground. The supplied rod can also be extended using the included spare extension pipe and joiner, allowing the flap to remain accessible from above. Riser pipe is not supplied unless stated.
PVC DWV pipe and fittings are identified by nominal size, which may differ from the measured pipe outside diameter. Please confirm the required pipe size, diversion direction and access height before installation.
DWV Pipe Dimensions
DWV Sewer Diverter 100mm Installation Instructions
DWV PVC Jointing & Installation Guide
PVC DWV reflux valves are installed in a drainage line to allow water and waste to move through the pipe in the correct direction while helping stop reverse flow back towards the property.
Inside the valve, a one-way flap opens as water flows in the correct direction through the pipe and closes when the flow tries to reverse. The flap also helps prevent rodents from travelling through the drainage line.
The valve has one female socket and one pipe-size spigot. The socket fits over matching PVC DWV pipe, while the pipe-size spigot fits inside the socket of another matching fitting.
The valve must be installed horizontally with the top of the unit level and the flow travelling in the direction shown on the body. A built-in 1° fall helps water continue flowing through the valve while the unit remains level.
The top opening allows the internal flap assembly to be inspected, serviced or replaced. For below-ground installations, compatible riser pipe, an access cap and an extension connected to the flap retainer can bring the service access to ground level without requiring a separate chamber. These additional components are not supplied unless stated.
The pipe connections are joined using PVC priming fluid and suitable Type N non-pressure PVC solvent cement to AS/NZS 3879. Installation must comply with AS/NZS 3500.
PVC DWV reflux valves are suitable for compatible non-pressure PVC DWV and stormwater drainage systems. WaterMark certified to WMTS-006:2014.
DWV Pipe Dimensions
DWV Reflux Valve 100mm Specifications
DWV Reflux Valve 100mm Installation Instructions
DWV PVC Jointing & Installation Guide
PVC DWV vent cowls are fitted to the open end of a DWV vent pipe to provide a protected termination while allowing the drainage system to vent to atmosphere.
Vent pipes allow air to enter and leave the sanitary drainage system as wastewater moves through the pipework. A vent cowl protects and finishes the exposed pipe opening without closing off the ventilation path.
Standard vent cowls provide wide ventilation openings. Insect proof vent cowls have narrow openings to restrict entry by insects. Mesh insect proof vent cowls have wider openings and use a wire mesh barrier to restrict entry by insects. Waterproof vent cowls have a weather hood to protect the vent opening from direct rainfall, and also include a wire insect proof mesh.
Each cowl has a female socket that fits over matching PVC DWV pipe and is joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This is known as a solvent weld joint, or SWJ.
Manufactured from PVC-U for non-pressure DWV applications. The nominal cowl size corresponds to the nominal PVC DWV pipe size it is designed to suit.
For PVC-U drain, waste and vent systems to AS/NZS 1260.
PVC DWV D.T. mound and grates are fitted to the top of a DWV gully to provide a finished surround and loose-fit domed grate. They are commonly used on overflow relief gullies connected to the property's sanitary sewer drainage system.
An overflow relief gully provides an external escape point for wastewater if a blockage causes the sewer drainage system to back up. The loose-fit grate allows wastewater to discharge through the gully rather than being trapped beneath a permanently fixed cover.
The mound forms a wider surround around the gully opening and supports the domed grate. The grate can be lifted for access to the gully below and its openings help restrict larger debris from entering.
The female socket fits over matching PVC DWV pipe at the top of the gully. It is joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This is known as a solvent weld joint, or SWJ.
For PVC-U drain, waste and vent systems to AS/NZS 1260.
PVC DWV pan collars connect the outlet of a toilet pan to nominal 100mm PVC DWV pipe. The toilet outlet pushes into a flexible pan seal at the top of the collar, while the lower spigot fits inside the DWV pipe.
The pan seal forms a sealed connection around the toilet outlet and is held in position by a seal retainer cap. The spigot is joined inside the 100mm DWV pipe using PVC priming fluid and suitable non-pressure PVC solvent cement.
Straight pan collars keep the toilet outlet and DWV pipe centred in line. Offset pan collars move the pan connection 20mm to one side, helping accommodate installations where the toilet outlet and DWV pipe are not directly aligned.
Short and long spigot designs provide different connection depths into the DWV pipe. The appropriate design can be selected to suit the pipe position and available installation depth.
Offset pan collars are not recommended for P-trap WC installations. When fitting any pan collar, the toilet outlet should be positioned so it does not contact the base of the pan collar body.
For PVC drain, waste and vent systems to AS/NZS 1260.
DWV Pipe Dimensions
Pan Collar Short Spigot Specifications
Pan Collar Offset Short Spigot Specifications
Pan Collar Offset Long Spigot Specifications
DWV PVC Jointing & Installation Guide
DWV floor grates provide a finished grated opening into a non-pressure DWV drainage system, allowing water from the floor area to enter the drain while helping prevent larger debris from entering the pipework.
This range includes white plastic floor grates with a pipe-size spigot and chrome brass bayonet floor grates. The white spigot versions are solvent welded into a matching DWV socket connection. The chrome brass bayonet versions drop directly into matching DWV pipe and use a removable bayonet-style grate.
Different grate shapes and finishes allow the floor waste to be matched to the surrounding floor and installation. These floor grates are suited to applications such as bathrooms, laundries and other wet areas where a grated floor drainage point is required.
Spigot versions are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. Bayonet versions use a drop-in connection and do not require solvent welding to the DWV pipe.
For non-pressure DWV floor drainage applications.
PVC DWV adjustable floor waste gully P traps are used at the base of a floor waste gully to collect floor drainage and permitted fixture waste discharges while maintaining a water seal between the floor waste and the sanitary drainage system.
The P-trap retains a body of water after discharge. This water seal helps prevent sewer gases and odours from travelling back through the floor waste opening.
Each trap has an upper female socket for connecting the floor waste gully riser and an adjustable female socket outlet for connection to the downstream DWV pipe. The adjustable outlet assists with aligning the trap outlet to the drainage pipework during installation.
Both sockets fit over matching PVC DWV pipe 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.
These PVC-U traps are designed for non-pressure DWV applications and are commonly used as part of floor waste installations in bathrooms, laundries and other wet areas. The floor waste riser, grate and other components above the trap are separate parts of the complete floor waste gully installation.
For PVC-U drain, waste and vent systems to AS/NZS 1260.
DWV floor wastes provide a finished drainage point at floor level, allowing water to drain into the non-pressure DWV system while integrating the grate and drainage outlet with the surrounding floor construction.
This range includes several adjustable floor waste systems for tiled and waterproofed floors. Maxi Swivel floor wastes allow both vertical adjustment and a small amount of pivot movement, helping the grate finish level with the surrounding floor. Maxi Adaptor floor wastes provide vertical height adjustment by moving the adaptor, while recessed Twist Top floor wastes use a threaded adaptor that is turned to set the grate height and are particularly suited to thin tile beds.
Vinyl floor wastes are designed differently for sheet vinyl flooring. A two-piece clamp secures the vinyl around the waste opening, providing a purpose-made transition between the floor covering and the drain.
The Maxi Swivel, Maxi Adaptor and Twist Top products on this page use Rubber Ring Joint connections and do not require solvent welding. The vinyl floor waste uses a solvent-weld connection to compatible PVC DWV pipe.
Chrome brass grates provide the exposed floor finish, with round and square designs available depending on the floor waste system.
DWV P traps and S and P combination traps connect fixture waste outlets to the sanitary drainage system while retaining a water seal inside the trap. This water seal helps prevent sewer gases and odours from travelling back through the waste outlet.
A P trap is used where the downstream waste connection runs horizontally towards a wall. Standard P traps provide the conventional layout, while Short Level P traps use a more compact design where reduced installation space is required.
S and P combination traps provide greater installation flexibility. They can be configured as a P trap for a wall waste connection or as an S trap where the waste pipe runs down through the floor.
The trap sections are joined using removable trap nuts and seals, allowing the trap to be disconnected for installation, cleaning or maintenance. Selected standard traps also include side appliance waste connection nipples.
Manufactured from polypropylene for non-pressure DWV applications and suitable for installations up to 60°C.
DWV Pipe Dimensions
40mm Short Level P Trap Dimensional Drawing
50mm Short Level P Trap Dimensional Drawing
40mm Standard Level P Trap Dimensional Drawing
50mm Standard Level P Trap Dimensional Drawing
40mm Standard Level S & P Trap Dimensional Drawing
50mm Standard Level S & P Trap Dimensional Drawing
DWV PVC Jointing & Installation Guide
PVC DWV saddle clips are used to secure matching DWV pipe to a wall or other supporting surface.
Standard saddle clips hold the pipe close to the fixing surface. Stand-off saddle clips have a raised profile that leaves clearance between the pipe and the surface behind it, making them useful where the pipe needs to be spaced away from a wall or structure.
The curved saddle fits around the outside of the pipe and has a fixing point on each side for securing it in position. Clip sizes correspond to the nominal PVC DWV pipe size they are designed to suit.
Manufactured from galvanised steel with a white powder-coated finish for additional corrosion protection. Selected sizes can also be used with compatible PVC stormwater pipe.
PVC DWV bolted clip heads hold pipework as part of an interchangeable support system.
Standard white clip heads fit around matching PVC DWV pipe. Grey expansion clip heads fit around the larger body of a matching PVC expansion joint.
The head connects to a compatible bracket, shank or extension for wall-mounted, stand-off or suspended pipe support. Fixed stand-off brackets provide a set position away from the fixing surface; adjustable brackets allow this distance to be set during installation.
Standard heads are sized for the nominal DWV pipe they support. The 150mm head also suits nominal 150mm PVC stormwater pipe with approximately 160mm OD. Clip sizes refer to the nominal pipe size.
Manufactured from galvanised steel with a powder-coated finish: white for standard heads and grey for expansion heads.
PVC sliding gate valves provide a manual open and close point in charged rainwater pipework, allowing a water-filled line to be drained when required.
The valve uses a plastic sliding paddle operated by the handle at the top. Pulling the handle up raises the paddle out of the flow path to open the valve, while pushing it down lowers the paddle across the pipe opening to stop the flow.
Female sockets on both sides of the valve fit over matching PVC DWV pipe and are solvent welded into the pipeline. The valve can be installed in either a horizontal or vertical pipe run.
These valves are particularly useful in charged rainwater systems, where sections of pipe remain full of water between rain events and may need to be drained for cleaning, maintenance or other work.
The valve has a maximum pressure rating of 210 kPa. Maximum pressure across the paddle while it is part-way through opening or closing is 5 kPa, so the valve is intended primarily for fully open or fully closed operation rather than throttling flow.
DWV Pipe Dimensions
Rain Harvesting PVC Sliding Gate Valve Installation Guide
DWV PVC Jointing & Installation Guide
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Hinged Acoustic Insulated Clamps 25-30mm