Maximum Control, Effortless Precision
The Tino Stubby Nozzle was developed to give you complete control over your pressure washing, especially in areas where accuracy matters most. By combining a compact, short-body design with an optimised flow rate and spray angle, it delivers a balanced stream that efficiently removes dirt, grime, and foam without being overly aggressive on more sensitive surfaces.
Built with usability and durability in mind, its solid construction is designed to handle regular use while maintaining consistent performance. The shorter profile makes it ideal for working in tight spaces, allowing you to manoeuvre easily around mirrors, grills, wheel arches, and other confined areas where longer nozzles become awkward.
This makes it the perfect tool for detailed work such as wheels, badges, panel gaps, and intricate sections of the vehicle, giving you the control needed to clean thoroughly, safely, and efficiently—even in the most restricted spaces.
Your Questions, Answered
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The Tino Stubby Nozzle is designed for safe use on vehicles and general cleaning. It’s ideal for paintwork, wheels, plastics, glass, and trims, as well as rinsing foam and dirt from all exterior surfaces.
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Yes, if you have the standard quick connect system. It is a 1/4" quick-connect attachment that fits directly onto your pressure washing gun.
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The compact stubby design gives you significantly more control and manoeuvrability, especially in tight areas, while the tuned spray pattern provides a more balanced and efficient rinse compared to standard tips.
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Yes. The optimised flow rate and spray angle are designed to clean effectively without being overly aggressive, making it safe for regular vehicle washing when used at a sensible distance.
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No special technique is required. Simply maintain a consistent distance from the surface and let the balanced spray pattern do the work. Avoid getting too close unnecessarily.
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Yes. It’s built from high-quality materials designed to withstand regular use and pressure without performance drop-off over time.