π¦ Dual Protection Water Filtration: Includes a clear inline water filter mesh that traps dirt, debris, sediment, and rust particles before they reach your pressure washer pump.
β‘ Quick-Connect Hose Adapter: Features a rapid-snap garden hose fitting designed for effortless, leak-free connection between outdoor water taps and pressure washer units.
π‘οΈοΈ Heavy-Duty Engineering Plastic: Crafted from high-impact, corrosion-resistant engineering plastic built to withstand high water pressure and harsh outdoor garden conditions.
π§ Extends Pressure Washer Life: Prevents costly pump damage and spray nozzle clogs by ensuring clean, debris-free water flow during car washing and patio cleaning.
π¬π§ Universal UK Garden Hose Fit: Standard interface design fits most UK pressure washers (KΓ€rcher, Nilfisk, Bosch, Parkside) and standard 1/2" garden hose quick connectors.
Product Type: Pressure Washer Water Inlet Connector & Filter Kit
Body & Interface Material: High-Grade Engineering Plastic
Water Spray Profile: Direct Water Column Stream
Color: Clear / Black (As Shown in Pictures)
Application: High-Pressure Car Washers, Garden Hose Fittings, Patio Cleaners
Compatibility: Universal UK Standard Quick Connectors
π 1 x Pressure Washer Quick Water Connector Adapter
π§Ό 1 x Inline Mesh Water Inlet Filter
π Car & Vehicle Washing: Connects garden hoses securely to pressure washers while filtering tap water to protect delicate pump mechanisms.
π‘ Patio & Outdoor Cleaning: Essential inline connector for long cleaning sessions on driveways, decking, garden tools, and outdoor furniture.
Screw the clear inline filter adapter directly onto the water inlet thread of your pressure washer.
Snap your standard garden hose quick-connector onto the male end of the filter adapter until it clicks securely.
Turn on the water supply and check for a smooth, pressurized flow before switching on your washer machine.
π Clean Filter Periodically: Unscrew the clear filter housing occasionally to rinse out accumulated debris under running water to maintain optimal flow pressure.










