Carton – Nozzle Filter Set

Three Foam Densities in One Pack

Get complete control over your foam application with the Carton EP.02 Foam Filter Set. This three-piece replacement set includes white, red and black foam filters, allowing you to adjust the density, coverage and cling of your foam for different detailing applications.

Designed to drop directly into the Carton EP.02 Super Dry Foam Sprayer, these filters are ideal as a direct replacement for the original filters supplied with the sprayer or as a convenient spare set.

Choose the Right Filter for the Job

White Filter — Light Pre-Wash Mist
Produces a broader, wetter spray pattern with lighter foam. Ideal for quick pre-washing, bug removal and applying APC across larger panels.

Red Filter — Balanced Foam
The versatile middle option, delivering a balanced combination of foam thickness and drainage. Provides enough cling for visible dwell time without excessive product retention, making it an excellent choice for everyday detailing.

Black Filter — Dense, Clinging Foam
Creates the thickest foam with maximum cling and extended dwell time. Particularly useful on vertical panels and wheel faces where you want the cleaning solution to remain in contact with the surface for longer.

Compatibility

Specifically designed for the Carton EP.02 Super Dry Foam Sprayer 1.5L.

Not compatible with the Carton EP.03 Electric Sprayer, which features a different spray head design and uses a single adjustable nozzle.

Detailing Tip

For lighter contamination, start with the white filter for broader coverage and efficient pre-washing. When additional foam cling is required, move up to the red or black filter depending on the desired dwell time.

The filters can be used with a range of pH-neutral and mildly alkaline snow foams, including products such as Labocosmetica HPC and Koch Chemie GSF.

For consistent foam performance, rinse the filter thoroughly with clean water after each use. Removing leftover foam chemistry helps prevent residue from drying into the mesh and altering the spray pattern over time.