Lesso America
PVC DWV 1/4 Bend 90 Elbow (HUB x HUB)
- SKU:
- LP300
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
PVC DWV 1/4 Bend 90° Elbow (HUB x HUB)
PVC DWV 1/4 Bend 90° Elbows provide a dependable 90-degree directional change in non-pressurized drain, waste, and vent piping systems.
Featuring hub connections on both ends, this fitting accepts compatible PVC DWV pipe for permanent solvent-weld installation. Durable PVC construction provides corrosion resistance and long-term reliability, while the smooth interior helps support consistent drainage flow in residential, commercial, and industrial plumbing systems.
Product Highlights
- PVC DWV 1/4 bend 90° elbow
- Hub x Hub connection configuration
- Changes piping direction by 90 degrees
- Designed for drain, waste, and vent systems
- Hub ends accept compatible PVC DWV pipe
- Solvent-weld installation
- Designed for non-pressurized applications
- Durable corrosion-resistant PVC construction
- Smooth interior helps support efficient drainage
- Lightweight and easy to install
- Suitable for residential, commercial, and industrial DWV systems
Technical Specifications
| Product Type | DWV 1/4 Bend Elbow |
|---|---|
| Material | PVC |
| Bend Angle | 90° |
| Connection Type | Hub x Hub |
| Joint Method | Solvent Weld |
| System Type | Drain, Waste & Vent (DWV) |
| Pressure Service | Non-Pressure |
| Primary Function | 90° Directional Change |
| Typical Applications | Residential, Commercial, and Industrial DWV Systems |
Connection Configuration
First Hub
The first hub accepts compatible PVC DWV pipe for a permanent solvent-weld connection.
90° Bend
The quarter-bend body changes the direction of the piping system by 90 degrees where the layout requires a right-angle turn.
Second Hub
The opposite hub accepts the outgoing section of compatible PVC DWV pipe to complete the directional change.
Construction Details
The elbow is manufactured from durable PVC for corrosion resistance and dependable long-term service in compatible non-pressure drain, waste, and vent systems.
Hub connections on both ends are designed for solvent-cement joining to compatible PVC pipe, helping create strong, permanent joints when properly installed.
The smooth interior surface helps maintain efficient drainage flow while reducing unnecessary flow restriction through the 90-degree directional change.
Why Choose a 1/4 Bend 90° Elbow?
Directional Change
- Creates a 90° turn in DWV piping
- Useful in vertical and horizontal layouts
- Connects compatible pipe sections
- Suitable for new installations and repairs
- Provides a compact right-angle transition
PVC DWV Construction
- Corrosion-resistant material
- Lightweight construction
- Resistant to many common plumbing chemicals
- Designed for solvent-weld assembly
- Suitable for long-term non-pressure service
Typical Applications
Residential DWV Systems
- Drain piping
- Waste piping
- Vent piping
- Fixture drainage systems
- General plumbing layouts
Commercial & Industrial DWV
- Building drainage systems
- Commercial waste piping
- Vent piping layouts
- Repair and retrofit work
- Compatible industrial drainage systems
Solvent-Weld Installation
Cut compatible PVC DWV pipe square and remove burrs before installation. Clean and prepare the pipe ends and elbow hubs according to accepted PVC solvent-weld procedures.
Apply compatible PVC primer and solvent cement where required, fully seat each pipe into the appropriate hub, and confirm the desired 90-degree orientation before the cement sets.
Allow all completed joints to cure according to the solvent-cement manufacturer's recommendations before placing the system into normal service.
Our plumbing specialists can help review your pipe size, DWV layout, bend requirements, and solvent-weld installation needs before you order.
Email the GetPipe.com Team Visit Quick SupportFrequently Asked Questions
What is a PVC DWV 1/4 bend?
A 1/4 bend is a 90-degree elbow used to change the direction of compatible drain, waste, and vent piping.
What does HUB x HUB mean?
Hub x Hub means both ends of the fitting contain socket connections designed to accept compatible PVC pipe.
How is this elbow installed?
Both hub connections are installed using an approved PVC solvent-weld procedure.
What angle does the fitting create?
The fitting changes the direction of the piping system by 90 degrees.
Is this fitting intended for pressure piping?
No. This elbow is intended for non-pressurized drain, waste, and vent systems.
What material is the fitting made from?
The elbow is manufactured from durable, corrosion-resistant PVC.
Can it be installed vertically or horizontally?
It may be used in compatible DWV layouts where a 90-degree directional change is appropriate and permitted by the applicable plumbing requirements.
Do I need PVC primer and solvent cement?
Use compatible PVC primer and solvent cement as required by the manufacturer, solvent-cement instructions, and applicable plumbing requirements.
Why are smooth interior walls important?
Smooth internal surfaces help support efficient drainage flow and reduce unnecessary restriction through the fitting.
What should I verify before ordering?
Confirm the nominal pipe size, Hub x Hub connection, 90-degree bend requirement, and compatibility with the intended PVC DWV system.
Important Ordering & Installation Notes
- This listing is for a PVC DWV 1/4 Bend 90° Elbow with HUB x HUB connections.
- Verify the required nominal pipe size before ordering.
- The fitting creates a 90-degree directional change.
- Both hub ends accept compatible PVC DWV pipe.
- Designed for non-pressurized drain, waste, and vent applications.
- Use compatible PVC primer and solvent cement where required.
- Cut pipe square before installation.
- Remove burrs and clean all mating surfaces before solvent welding.
- Fully seat pipe into each hub during assembly.
- Confirm fitting orientation before the solvent cement begins to set.
- Allow completed joints to cure according to the cement manufacturer's recommendations.
- Do not use this fitting for pressure applications.
- Verify the proposed 90-degree turn is appropriate for the specific DWV layout.
- Check completed joints for proper assembly before normal use.
- Follow applicable plumbing codes and installation requirements.
