Bacteriocides & Fungicides

Show bacteria and fungi the “Red Card“

CONTACT US

®RUCO-BAC AGP

Fresh finish for all fibre types, highly resistant to washing, especially suitable for textiles worn next to the skin

  • bacteriocidal and slightly fungicidal properties for the protection of the textile
  • highly resistant to washing and dry cleaning
  • registered on the Oeko-Tex List
  • bluesign®-approved
  • EPA-registration (EPA = Environmental Protection Agency, USA)

Field of application: Pad or exhaust processes

Chemical Basis: Reaction mass of titanium dioxide and silver chloride

Ionic Character: Anionic

Form: Liquid

DISCLAIMER

®RUCO-BAC AGL

Durable fresh finish for all fibre types except for wool, especially suitable for textiles worn next to the skin

  • bacteriocidal and slightly fungicidal properties for the protection of the textile
  • resistant to washing and dry cleaning
  • registered on the Oeko-Tex List
  • EPA-registration (EPA = Environmental Protection Agency, USA)

Field of application: Pad or exhaust processes

Chemical Basis: Reaction mass of titanium dioxide and silver chloride

Ionic Character: Anionic

Form: Liquid

DISCLAIMER

®RUCO-BAC CID NEW

Fungicidal agent with a wide range of application for textiles, especially for finishing tent and awning materials, shower curtains, insulating materials, etc. with fluorocarbon water-repellents

  • inhibits mildew and rot formation for the protection of the textile
  • does not impair the light fastness
  • compatible with oil- and water-repellent finishes
  • thermostable in short thermal processes up to 170 °C

Field of application: Pad process

Chemical Basis: Propiconazole, thiabendazole

Ionic Character: Liquid

Form: Non-ionic

DISCLAIMER

®RUCO-BAC HYG

Hygienic and fresh finish for all fibre types, especially suitable for textiles worn/used next to the skin. Outside the EU only!!

  • bacteriocidal and slightly fungicidal properties
  • interrupts the food chain of dust mites
  • resistant to washing and dry cleaning on synthetic fibres
  • EPA-registration (*EPA = Environmental Protection Agency, USA)
  • no impairment of the fabric’s hydrophilic properties

Field of application: Pad or exhaust processes

Chemical Basis: Diphenylalkane-derivative

Ionic Character: Non-ionic

Form: Liquid

DISCLAIMER

®RUCO-BAC HSA CONC

Wash-resistant hygienic and fresh finish for all fibre types, especially suitable for textiles worn next to the skin

  • bacteriocidal and slightly fungicidal properties for the protection of the textile
  • non-migrating, antimicrobial effects
  • wash-resistant
  • interrupts the food chain of dust mites
  • registered on the Oeko-Tex list
  • bluesign®-approved
  • EPA-registration (*EPA = Environmental Protection Agency, USA)

Field of application: Pad or exhaust processes

Chemical Basis: Dimethyltetradecyl

Ionic Character: Cationic

Form: Liquid

DISCLAIMER

®RUCO-BAC MED

Antibacterial and anti-allergenic (dust mites) finishing for all fibre types, especially suitable for textiles worn next to the skin.
Only in Asia!

  • bacteriocidal and slightly fungicidal properties
  • prevents the multiplication of dust mites
  • resistant to elevated drying temperatures
  • resistant to washing and dry cleaning on synthetic fibres

Field of application: Pad or exhaust processes

Chemical Basis: Diphenylalkane-derivative

Ionic Character: Non-ionic

Form: Liquid

DISCLAIMER

®RUCO-BAC ZPY

Antimicrobial protective finish for all fibre types, especially suitable for intimate-contact textiles

  • fungicidal and bacteriocidal properties for protective textile finishes
  • interrupts the foodchain of dust mites 
  • wash-resistant
  • registered on the Oeko-Tex list
  • bluesign®-approved
  • EPA-registration (*EPA = Environmental Protection Agency, USA)

Field of application: Pad or exhaust processes

Chemical Basis: Zinc-pyrithione

Ionic Character: Weakly anionic

Form: Liquid

DISCLAIMER

Get in touch with us

RUDOLF Italia offers strong solutions for the textile industry!

We are happy to assist you in implementing the process on your articles.

CONTACT US