Bacillol 30 Sensitive Foam surface disinfectant | IVF Hartmann

Bacillol surface disinfectant 30 Sensitive Foam is a ready-to-use surface disinfectant and is very fast-acting. Bacillol is suitable wherever sensitive, washable surfaces need to be disinfected quickly and effectively. Bacillol can also be used as a rapid disinfectant in a spray/wipe process on sensitive materials without attacking their structure.

Efficacy:
Bactericidal, levurocidal, tuberculocidal, mycobactericidal, limited virucidal, limited virucidal PLUS, norovirus and rotavirus

Product details:
- Application as spray foam
- Ready-to-use disinfectant solution
- Fast-acting
- Particularly gentle on materials, also suitable for sensitive materials such as: Makrolon®, Plexiglas® and polysulfone
- Aldehyde-, dye- and perfume-free
- Excellent wetting
- Can be used without gloves
- ECARF-certified: the first professional surface disinfectant foam suitable for allergy and asthma sufferers
- SGS-certified: Surface disinfectant foam with very good skin compatibility

Sales unit:
1 piece

Effective disinfection for sensitive surfaces

Bacillol 30 Sensitive Foam is a powerful surface disinfectant that has been specially developed for areas where high hygiene standards apply. It is particularly suitable for use in doctors' surgeries, hospitals and the food industry, where surfaces need to be thoroughly and gently disinfected.

The foam is easy to use and spreads evenly on surfaces such as stainless steel, plastic and glass. Its mild formulation is gentle on sensitive materials while reliably killing viruses, bacteria and fungi. The active ingredients take effect within 30 seconds, enabling quick and effective cleaning.

Practical use of Bacillol

Bacillol 30 Sensitive Foam is easy to apply with a spray bottle or spread with a cloth. For best results, surfaces should be cleaned beforehand and then sufficiently wetted. The application time is at least 30 seconds; an extended application time of up to 5 minutes is recommended for heavier soiling.

Advantages of the foam

Thanks to its special foam shape, Bacillol 30 Sensitive Foam also adheres to vertical surfaces, ensuring even coverage and disinfection. The foam is also skin-friendly, making it ideal for frequent use, especially in the healthcare sector.

Safe for sensitive areas

Bacillol 30 Sensitive Foam is suitable for smooth, washable surfaces such as plastic, glass or metal. However, a compatibility test should be carried out before use on sensitive materials or surfaces such as untreated wood to avoid damage.

Which surfaces can be treated with Bacillol 30 Sensitive Foam?

Bacillol 30 Sensitive Foam can be used on various surfaces such as stainless steel, plastic and glass.

How is Bacillol 30 Sensitive Foam applied?

It is applied by spraying or wiping. It is important that the surface to be disinfected is clean and that the product is applied evenly. The recommended contact time is at least 30 seconds.

How does Bacillol 30 Sensitive Foam differ from Bacillol 30 Wipes?

Bacillol 30 Sensitive Foam allows individual dosing and application, whereas Bacillol 30 Wipes are already pre-soaked and can be used immediately.

What active ingredients does Bacillol 30 Sensitive Foam contain?

The active ingredients have a virucidal, bactericidal and fungicidal effect and are also kind to the skin.

How long should Bacillol 30 Sensitive Foam be left to work?

For optimum disinfection, the product should be left to work for at least 30 seconds. For heavily soiled surfaces, the contact time can be extended to up to 5 minutes.

Is Bacillol 30 Sensitive Foam suitable for all surfaces?

No, Bacillol 30 Sensitive Foam should not be used on untreated wooden surfaces, as these could be damaged.

What should I bear in mind when using it on sensitive materials?

It is advisable to carry out a compatibility test on a non-visible area before use to ensure that there are no negative effects on the material.

How often should Bacillol 30 Sensitive Foam be used?

Regular use not only ensures hygienic cleanliness, but also long-term protection.