MTM Turbo Pressure Washer Nozzle | Orifice (0.25, 0.30, 0.35, 0.40mm)

The MTM Turbo Nozzle delivers rotating, high-impact cleaning power – perfect for cutting through heavy grime on vehicles and around the home.

The MTM Turbo Pressure Washer Nozzle is engineered for concentrated, rotating cleaning power for the jobs that need some extra punch, whether thats heavy grime on vehicles or stubborn dirt around the home.

Manufactured in Germany, this nozzle is engineered for durability and precision. Internally, a high-speed rotating jet converts a concentrated 0 stream into a rapidly spinning cone pattern (approximately 026). The result is aggressive cutting power with wider coverage than a fixed pinpoint jet, making it significantly more effective than a standard 0 tip, while still maintaining strong impact force for deep cleaning.

Rated for up to 3700 PSI, this nozzle is built for heavier tasks such as wheel arches, suspension components, chassis cleaning, driveways, brickwork and other hard surfaces. The internal components are precision-machined for smooth rotation and long-term reliability, which is why MTM turbo nozzles are widely regarded as some of the best in their class.

Fitted with a standard 1/4″ quick connect adaptor, it swaps in and out easily with most pressure washer short guns like the MTM SG35 and lances.

If youve got a stubborn job ahead, this is the nozzle to reach for.

Note: Always test your nozzle away from a vehicle after you have plugged it into the quick connect coupler. Even if you think it has clicked in, it’s always good to test it away from a vehicle in case it hasn’t 100% locked in.

Orifice Size vs. Spray Angle vs. PSI vs. Waterflow – what does all this mean?

It can sometimes be confusing when looking at your nozzle, figuring out what everything means. We often get asked about the difference between spray angles & orifice size, and what PSI & waterflow even means.

Simply, spray angle is the degree pattern that your nozzle shoots water in. A narrower angle concentrates the water into a tighter stream, while a wider angle spreads it out over a larger area. Spray angle is not connected to your orifice size and doesnt change the physical hole inside the nozzle – it just changes how that water is distributed onto the surface.

This little hole in the middle of your nozzle is the orifice, and by controlling the size of this hole – you can change your water flow and pressure. If you make the hole bigger, more water will be able to come out, and