CARPRO SoPure 2.0 Odor Eliminator

Fits with:

Heaven Scents air freshener fragrance tree hanger

5,95 € *

PANchemie Isopropanol Alcohol 60% 1,0 Liter

9,95 € *

ProfiPolish Basic polishing-towel 10 pcs

15,90 € *

1,59 € per 1 piece/s

Wheel Woolies Vent Brush

22,35 € *

CARPRO SoPure 2.0 Odor Eliminator

SKU: VCQSO50

So2Pure is a powerful odor remover that reliably eliminates chemicals, nicotine, pet odor, and mold.
Its antimicrobial effect is based on the reaction of titanium dioxide with UV light.
It is non-toxic, pH-neutral, and odorless, ideal for sensitive individuals.
Effective on all surfaces, protects against microorganisms, and lasts up to one year.
Exercise caution on dark surfaces when exposed to sunlight.

Select a variant:

Content: 50 ml6,15 € 120 ml8,95 €

from 6,15 €

123,00 € per 1 l

incl. 19% VAT , plus

RRP: 7,90 €

Available - pickup ready

Content::
- 120 ml 50 ml
Category::
- Odor eliminator

So2Pure Odor Eliminator - High-end odor remover for clean air.

So2Pure is an extremely powerful odor eliminator that is twice as effective as chlorine in its antibacterial properties. Unpleasant odors caused by chemicals, nicotine, pet odor, mold, etc., are reliably removed. The antimicrobial effect is based on the photocatalytic reaction of titanium dioxide with UV light in the range below 400nm. The resulting radical oxygen molecules decompose all odor particles into volatile gases and water. So2Pure is non-toxic, pH-neutral, colorless, odorless, and suitable for sensitive individuals and allergy sufferers.

Whether it's the dashboard, upholstery, carpets, textiles, leather, plastic, wood, ceramic - So2Pure works on all surfaces. The treated surfaces become resistant to microorganisms, mold, bacteria, viruses, and odors. The effect lasts for up to one year after just one application. For heavily used surfaces, it is recommended to repeat the application every 6 months.

Warning: If the surfaces to be treated are exposed to direct sunlight, So2Pure should not be used on black or very dark surfaces, as dark color particles may be affected by the oxidation reaction. Generally, the light intensity indoors is too weak for this. When in doubt, test the effect on a smaller area.