MTM Pressure Washer Nozzle | Red (0 degree spray angle)

Delivers concentrated cutting power and professional-grade durability with a 0 degree angle – built for precision cleaning in a quick-connect setup.

The MTM Red 0 Pressure Washer Nozzle is built for maximum concentration and cutting power. Designed and manufactured in Italy, this professional-grade nozzle delivers a tight, pinpoint stream for heavy-duty cleaning applications where precision and impact matter most.

Featuring a high-precision stainless steel orifice pre-fitted into a 316 stainless steel guard, this unit offers exceptional corrosion resistance and long-term durability – even in harsh environments. The build quality is what youd expect from MTM: precise, consistent and made to perform.

The 0 spray pattern produces a highly concentrated jet, making it ideal for removing stubborn grime from hard surfaces such as concrete, brickwork, underbodies, suspension components and heavily soiled areas.

Fitted with MTMs HPN colour-coded red cover, identification is instant. Simply snap it into your 1/4″ quick connect pressure washer short gun or lance and youre ready to go.

Important: Due to its concentrated output, a 0 nozzle is not recommended for regular use on automotive paintwork. Always test away from the vehicle before spraying and maintain safe working distance.

Need a different spray angle? See the MTM Black 15, Grey 25 and Blue 40 nozzles, or get all four in the MTM Pressure Washer 4 Nozzle Kit.

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 th