iK FOAM PRO 2+
Professional Sprayer

Professional foamer that you can connect to a compressor

IK FOAM PRO 2+ is a premium manual pressure foamer designed for both professionals and home use. Thanks to advanced foam density regulation and increased chemical resistance, it is ideal for a wide range of tasks, such as vehicle washing, upholstery cleaning, disinfection, or industrial space maintenance. This generator of dry and durable foam will meet the requirements of every hobby detailer and professional in the detailing field.

The PRO 2+ model is also equipped with a connector for compressor attachment. An inlet valve located in the sprayer head allows air to be pressurized into the tank thanks to its universal Schrader valve.

Why choose iK FOAM PRO 2+?

• Dry and wet foam as needed
  The generator is equipped with three mixers for perfect control over foam density:

  • Green mixer for dry, dense foam.
  • Grey mixer for medium-density foam.
  • Orange mixer for wet foam.

• Ergonomic and durable design
  The foamer features a safety valve (3 bar), ensuring comfortable and safe use. The stable base prevents tipping and allows for easy filling.

• High chemical resistance
  Suitable for use with more aggressive cleaning agents – ideal for car washing, kitchen disinfection, or cleaning technical surfaces.

• Universal use
  Great for washing cars, wheels, upholstery, or HVAC systems. Thanks to the foam, it prolongs contact between the cleaning agent and the surface, increasing cleaning efficiency.

And how to create perfect foam?

1. Add cleaning agent according to the recommended ratio.
2. Pump the foamer until the safety valve pops out.
3. Select the mixer according to the desired foam (dry, medium, wet).
4. Apply evenly to the surface to be cleaned.

Technical specifications

• Container volume: 1250 ml
• Weight: 0.7 kg
• Operating pressure: 3 bar
• Package includes: Mixing and differentiating nozzles, spare nozzle filters

💡 Suitable for both professional detailing and household cleaning!

Overview of its chemical resistance