Exhaust Nozzles
Making sure you have a secure fit from your LEV system to a vehicle's exhaust is a critical element and here at iXtract we have a wide range of highly durable nozzles. From clamp-on, internal and free-standing universal nozzles. We ensure our range is suitable for almost any workshops where exhaust extraction is critical.
Explore the Range
Clamp-On Nozzle – With Damper
An oval rubber nozzle that is complete with heavy duty exhaust pliers and damper.
4 variations
View ProductClamp-On Nozzle
An oval rubber nozzle that is complete with heavy duty exhaust pliers and direct fit
4 variations
View ProductFree Standing Nozzle
Flexible solution to help remove vehicle exhaust fumes – ideal for MOT bays.
3 variations
View ProductFree Standing MOT Nozzle with Trolley Assembly
Mobile solution to help remove vehicle exhaust fumes.
3 variations
View ProductQuick Release Male Connector with Damper Assembly
A quick release interchangeable male connector for exhaust nozzles
4 variations
View ProductQuick Release Male Connector Without Damper Assembly
A quick release interchangeable male connector for exhaust nozzles
4 variations
View ProductClamp-On Steel Exhaust Nozzle – With Damper
Steel nozzles designed to withstand higher temperatures. Ideal for higher performance and larger vehicles
4 variations
View ProductClamp-On Steel Exhaust Nozzle – Without Damper
Steel nozzles designed to withstand higher temperatures. Ideal for higher performance and larger vehicles.
4 variations
View ProductInterchangeable Clamp-On Exhaust Nozzle
Clamp-on Rubber nozzle - ideal for fitting with the male connector with damper assembly.
2 variations
View ProductFind Out More, Get in Touch
Need any help or advice on any of our exhaust nozzles or just to get a quote then contact our expert team today.
Exhaust Nozzles
iXtract offers a comprehensive range of nozzles designed for a multitude of vehicle types and complex exhaust connections. We also offer a bespoke inter-changeable solution that enables numerous nozzle types to be utilised at each extraction point.