Speedfit Elbow Push Fit Connector
Quick and Easy Push-Fit Installation
The Speedfit Elbow is designed for fast and simple installation. Its push-fit mechanism allows you to connect pipes without the need for soldering, glue, or specialist tools. Simply push the pipe into the fitting to create a secure and reliable connection.
This makes it ideal for both professional plumbers and DIY users looking for a hassle-free solution.
Perfect for 90° Pipe Direction Changes
This elbow connector is specifically designed to create a 90-degree angle in pipework, allowing you to easily change direction in tight or awkward spaces.
It is commonly used in plumbing and heating systems where space is limited or precise routing is required.
Compatible with Multiple Pipe Types
Speedfit Elbows are suitable for use with a range of pipe materials, including:
- Plastic pipe (PEX, PB)
- Copper pipe
This versatility makes them a practical choice for a wide variety of plumbing installations.
Secure and Leak-Resistant Design
The fitting is engineered to provide a strong, leak-resistant seal once installed. The internal grab ring and O-ring create a tight connection, ensuring reliable performance over time.
This reduces the risk of leaks and helps maintain system efficiency.
Suitable for Plumbing and Heating Systems
Speedfit Elbows are ideal for use in:
- Hot and cold water systems
- Central heating systems
- Underfloor heating installations
- General plumbing projects
Their reliability and ease of use make them a popular choice across residential and commercial applications.
Why Choose Speedfit?
Speedfit is a trusted brand known for innovative push-fit plumbing solutions. Choosing a Speedfit Elbow offers:
- Fast installation with no tools required
- Reliable, leak-free performance
- Versatile compatibility with different pipe types
- Reusable and easy to adjust
- Trusted quality for plumbing systems
If you’re looking for a quick, reliable way to create 90° pipe connections, the Speedfit Elbow is an essential fitting for any plumbing or heating project.





