PD 8mm Metal Tee Connector to AFFF Nozzle

The PD AFFF Nozzle Tee Fitting is designed for use within AFFF fire suppression systems, allowing nozzles to be installed in-line as part of a multi-directional fire system layout.

Engineered for motorsport applications, this tee fitting enables flexible routing of fire suppressant lines, ensuring correct placement of both nozzle types within cockpit and engine bay installations. It allows system designers to split or direct flow efficiently while maintaining consistent discharge performance.

Built for race, rally and competition environments, the PD AFFF Nozzle Tee provides a secure and reliable connection point within the fire suppression system, helping ensure correct coverage and system functionality under demanding conditions.

Key Features

• Tee fitting for AFFF fire suppression nozzles
• Allows in-line installation of both nozzle types
• Supports multi-directional fire system layouts
• Suitable for cockpit and engine bay use
• Motorsport-grade construction for reliability
• Designed for race, rally and competition vehicles

Motorsport Applications

Suitable for:

• Stage rally cars
• Circuit racing vehicles
• Endurance motorsport
• Track day builds
• FIA-compliant fire suppression systems

Frequently Asked Questions

What is a nozzle tee used for?

It is used to install and route AFFF nozzles within a fire suppression system line.

Can it be used in both cockpit and engine bay systems?

Yes. It is suitable for both cockpit and engine bay installations.

Does it support multiple nozzle types?

Yes. It is designed to accommodate both AFFF nozzle types in-line.

Is it motorsport compliant?

Yes. It is designed for race, rally and competition fire suppression systems.

Can I buy spares for these systems?

Yes. We have a full range of spares HERE.

Do you have extra nozzles available?

 Yes we do, you can find a full range of nozzles HERE.

What is the advantage of the 16-year life cycle?

It reduces long-term replacement frequency and lowers overall cost of ownership.