Where we operate
Areas of application
Medical facilities
REHABILITATION AND TREATMENT FACILITIES, PRODUCTION PREMISES FOR MEDICAL EQUIPMENT, MEDICINES, ETC.
Increase of microbial purity, elimination of risks of transmission of contact diseases, protection of patients, doctors, staff and visitors.
Increase of microbial purity, elimination of risks of transmission of contact diseases, protection of patients, doctors, staff and visitors.
Interiors
PRESCHOOL AND SCHOOL FACILITIES, SANITARY FACILITIES, OFFICES, HOTELS.
Elimination of risks of contact disease transmission, creation of hypoallergenic environment, elimination of volatile organic substances in the air.
Elimination of risks of contact disease transmission, creation of hypoallergenic environment, elimination of volatile organic substances in the air.
Sports equipment
SPORTS HALLS, WELLNESS, FITNESS, SWIMMING POOLS, SAUNAS, WATER PARKS.
Elimination of risks of transmission of contact infections, elimination of bacteria, viruses, fune, elimination of odors.
Elimination of risks of transmission of contact infections, elimination of bacteria, viruses, fune, elimination of odors.
Public transport
Elimination of the risks of transmission of contact diseases, elimination of odors, increase of purity of surfaces.
Automotive
Elimination of bacteria, viruses, mold in interiors, elimination of odors, volatile organic substances, easier maintenance and cleaning of interiors.
Food industry
Elimination of bacteria, viruses, fune, prolonging food life, easy cleaning and maintenance.
Industrial applications
Surface finishes – easy cleaning, dirt and grease, surface protection, super wet surfaces.
Construction
Protection of surfaces – self-cleaning effects, protection from UV radiation, prevention of mold, color stability on facades.
Projects
NanoZone has prepared very interesting projects in cooperation with its foreign partners, through which it will gradually and planned to establish itself in the Czech Republic and Slovakia.
Application partners
NanoZone offers a new service for motorists through C.A.P. = Certified Application Partner:
REVOLUTIONARY LONG-TERM
CLEANING OF CAR INTERIORS WITH NANOTECHNOLOGY APPLICATIONS
CLEANING OF CAR INTERIORS WITH NANOTECHNOLOGY APPLICATIONS
Areas of application
Medical facilities
Rehabilitation and treatment facilities, production facilities for medical materials, medicines, hospitals, residential medical facilities, general practitioners' offices, dental ambulances, private clinics and other medical institutions.
We offer hygienic measures to increase and maintain cleanliness, protect patients, doctors, staff and visitors.
We offer hygienic measures to increase and maintain cleanliness, protect patients, doctors, staff and visitors.
Example of normal terminal cleaning
Conventional cleaning of the terminal means cleaning the surrounding environment with disinfectants, carried out after the release of an infectious patient. The subject of cleaning is horizontal surfaces – bed, mattress and pillow, including grates, patient bedside cabinet, infusion stand, wardrobe for clothes so that they are hygienically safe.
The window and wall surfaces are cleaned with the ingestion of the appropriate cleaning agents. The sink is cleaned with phenol-based disinfectants so that it is hygienically safe. Drawers and cabinets are emptied and cleaned using quaterary ammonium compounds used for normal purposes and allowed to dry in the air. Curtains are washed at 70 ° C in the cycle of washing, drying and ironing, and new curtains are in the package after washing. The bins are emptied and the surfaces inside and outside are cleaned with conventional disinfectants. Then rinse with water and allow to dry.
General deficiencies in commonly used cleaning and disinfection methods
① the effectiveness of cleaning and disinfection is strongly dependent on the thoroughness of the cleaning worker's performance - the risk of human misconduct
② commonly used disinfectants and cleaning agents do not show any long-term sterilization effects. After the chemical reaction has run and the surface has dryed out, the sterilization effects will cease.
② commonly used disinfectants and cleaning agents do not show any long-term sterilization effects. After the chemical reaction has run and the surface has dryed out, the sterilization effects will cease.
③ Commonly used disinfectants and cleaning agents are used in the so-called wet way, which creates an optimal environment for the occurrence and multiply of microorganisms
④ on the areas treated in this way, the pathogens are subsequently repopuled (due to fallout...)
④ on the areas treated in this way, the pathogens are subsequently repopuled (due to fallout...)
⑤ the use of chemical cleaning and disinfectants has a negative impact on human health and the environment.
⑥ commonly used disinfectants and cleaning agents are overwhelmingly poisonous and their use is related to safety risks. They can cause serious health complications if inhaled or in contact with the skin. If swallowed, they can cause very serious permanent damage to the body, often resulting in death. These risks are highlighted by leaflets or instructions directly in the instructions for use.
Economic shortcomings of commonly used cleaning and disinfection methods
① costs related to the logistics of cleaning and disinfectants
② costs related to the storage and records of detergents and disinfectants
③ costs related to the tying of funds to stocks
④ labour-related costs - cleaning workers
⑤ endlessly repeating cleaning and cleaning processes - permanent costs
⑥ costs related to the disposal of hazardous waste
Photocatelytic nano materials and their benefits
① TiZonic can be applied to almost all kinds of surfaces – even commonly non-washable, such as plasters (ceilings, walls). It does not contain any binders, as demonstrated by the measurement protocols issued by the relevant institutes. TiZonic is demonstrably non-toxic.
② TiZonic is completely transparent, it can also be used on mirrors, shiny stainless steel surfaces, etc.
③ TiZonic treated surfaces have a proven self-cleaning function – self-cleaning effect.
④ Another advantage of TiZonic is that it prevents dew (creating fog) in warm and humid environments such as bathrooms.
⑤ TiZonic creates an innovative system of maintaining high hygiene standards without human intervention.
⑥ TiZonic creates a safer environment for human health as part of the hygiene management system, which also means that regular maintenance and cleaning, sanitation processes can be reduced and thus reduced costs related to the workforce used.
② TiZonic is completely transparent, it can also be used on mirrors, shiny stainless steel surfaces, etc.
③ TiZonic treated surfaces have a proven self-cleaning function – self-cleaning effect.
④ Another advantage of TiZonic is that it prevents dew (creating fog) in warm and humid environments such as bathrooms.
⑤ TiZonic creates an innovative system of maintaining high hygiene standards without human intervention.
⑥ TiZonic creates a safer environment for human health as part of the hygiene management system, which also means that regular maintenance and cleaning, sanitation processes can be reduced and thus reduced costs related to the workforce used.
