How does NOB166® Protect Clothes work?
NOB166® PROTECT CLOTHES eliminates those microorganisms that can cause infections, the mite’s presence and similar problems as well.
Protection
It prevents the growth of algae, fungi, viruses, molds and other potential pathogens.
Prevention
Prevents side effects such as discoloration or tissue damage due to the presence of microorganisms.
Odors
Protects garments against microbial contamination responsible for bad odors, and reinforces the effect of aromas as well.
Savings and efficiency
General and energy costs reduction, since it is ready to use without previous washing, it is intended for direct application and generates a protective shield.
Effectiveness
Due to its progressive release of the active substance, it provides to the treated garments protection for a minimum of 7 days.
All types of fabrics
Effective in a wide range of natural and synthetic fabrics, such as cotton or made from polymeric materials.
Efficiency
1 liter protects 33 kilos of textiles or 130 garments.
Ironing
Stable at high temperatures and resistant to the ironing process of laundries.
Environment
The use of NOB166® Protect Clothes can replace other biocidal substances, dramatically increasing the efficiency of the cleaning system.
Elimination
It works by eliminating any residue of microbial contamination and also prevents the growth of pathogens on the fibers, contributing to a greater efficiency of the cleaning process.
Versatility
Suitable for any fabric, direct application, ideal for mattresses, sofas, carpets, rugs, bedspreads, blankets, etc.
Use of NOB166® Protect Clothes PROTECT CLOTHES
The use of NOB166® Protect Clothes direct application on textiles helps in:
• Prevention: Reduction in diseases transmission by clothing.
• Safety: Consumer safety.
• Satisfaction: Increasing perception and consumer satisfaction of the protection measures adopted in the business.
• Prevention: Reduction in diseases transmission by clothing.
• Safety: Consumer safety.
• Satisfaction: Increasing perception and consumer satisfaction of the protection measures adopted in the business.
Where can I use NOB166 PROTECT CLOTHES direct application?
Patented NOB166® Protect Clothes Technology
NOB166® Protect Clothes technology is based on the microencapsulation of the active principle obtained from silver compounds. The high affinity of the compound with the fibers allows a progressive release of the active principle.
NOB166® Protect Clothes technology is patented to use directly on fabric without rinsing and without the need to wash clothes. That is why it is ideal to apply by spraying on all garments in a store.
NOB166® Protect Clothes technology is patented to use directly on fabric without rinsing and without the need to wash clothes. That is why it is ideal to apply by spraying on all garments in a store.
Regulatory and Standard Test Methods
NOB166® Protect Clothes is notified as an antimicrobial textile protective biocide in the Ministry of Health as TP9, Protect Clothes NOB166® is not a disinfectant.
NOB166® Protect Clothes has biocidal activity, and is classified according to the Biocidal Products Regulation (BPR) in Europe. The active ingredient in NOB166® Protect Clothes is approved by ECHA in Europe.
Applications according to PT9 of the BPR: Preservatives of fibers, leather, rubbers and polymeric materials. Fiber protection after cleaning: The efficiency of preparations containing NOB166® Protect Clothes is certified by the international standard method JIS L 1902.
TESTS:
JIS L 1902
UNE-EN 1276: 2010.
UNE-EN 14476
NOB166® Protect Clothes has biocidal activity, and is classified according to the Biocidal Products Regulation (BPR) in Europe. The active ingredient in NOB166® Protect Clothes is approved by ECHA in Europe.
Applications according to PT9 of the BPR: Preservatives of fibers, leather, rubbers and polymeric materials. Fiber protection after cleaning: The efficiency of preparations containing NOB166® Protect Clothes is certified by the international standard method JIS L 1902.
TESTS:
JIS L 1902
UNE-EN 1276: 2010.
UNE-EN 14476