Services and products
What we offer
We offer a highly effective product that creates new values that contribute to companies in the health care, environment. We provide unique solutions related to new elements of passive protection. We change ordinary surfaces to more stable surfaces that are not so easily polluted, which has a real impact on the quality and hygiene of the environment.
We perform professional applications of photo active nano material TiZonic
These modern nano materials have an extremely positive impact on people's health, cleanliness and hygiene of the interior environment.
Photocalytic mineralization
One of the most important features of TiO2 is the so-called photocatealytic mineralisation, in which a sequence of oxidative degradation reactions gradually converts all mechanical and chemical impurities into final inorganic products, carbon dioxide, water and relevant mineral acids. It is the exact opposite of natural photosynthesis. The process uses only solar radiation, does not consume energy from fossil sources, making it completely ecological in this respect.
The advantage of this process is that it does not produce unwanted toxic substances.
Nanotechnology applications
Using special spraying technologies, we create ultra-fine protective coatings of photoactive Nano Material TiZonic on surface surfaces. We use two types of spraying technologies for applications. ESS technology (electrostatic spraying), where thanks to electrostatics we achieve a so-called 3D effect, which in practice means 100% coverage of surface surfaces of surfaces, especially those where nano particles do not normally reach thanks to approaches without the use of this technology.
The application itself takes place with minimal traffic restrictions – it lasts in minutes. No precautions are taken before application, nothing is uncovered, it does not hide.
Features and effects of TiZonic - GUARANTEED PRODUCT
TiZonic is referred to as a 4th generation nano material – TITANIUM COLLOID.
TiZonic is a colloidal dispersion of the anatas form of nano titanium oxide of specific morphological parameters with a particle size of 2-3 nanometers.
Atp
The bioluminescent method is the measurement of the amount of ATP found in all or parts of living cells and micro-organisms in which they serve as a source of energy. The amount of light released during the bioluminescent reaction of ATP (adenosine triphosphate) with specific chemicals is directly proportional to the amount of ATP.
The ATP test isa POLLUTION TEST because it detects not only microbialpollution , but also the presence of organic matter ,which serves as a substrate for capturing microorganisms, is a breeding ground for their growth and at the same time their protection from the action of disinfectants.
What we offer
We offer new SAFE HYGIENIC TECHNOLOGIES for surface treatment using small TiO2 particles.
We provide unique solutions related to new elements of passive protection that have a real impact on the quality and hygiene of the environment.
We perform professional applications of photo active nano material TiZonic - nano titanium oxide
We bring additional sanitary measures, which in conjunction with conventional methods promotes the achievement of higher hygienic purity of surface surfaces.
These modern nano materials have an extremely positive impact on people's health, cleanliness and hygiene of the interior environment.
Photocalytic mineralization
One of the most important features of TiO2 is the so-called photo catalytic mineralisation, in which a sequence of oxidative degradation reactions gradually converts all organic compounds into final inorganic products, carbon dioxide, water and relevant mineral acids, the disposal of mechanical and chemical impurities on treated surfaces. It is the exact opposite of natural photosynthesis. The process uses only solar radiation, does not consume energy from fossil sources, making it completely ecological in this respect.
Titanium dioxide is one of the most commonly used photocatelytic semiconductors, mainly due to environmental perspectives. For these purposes, it is used either in the form of a powder, which is suspended in a solution with a decomposing substance, or in the form of an immobilized layer.
In nature, it occurs in three crystal modifications, namely rutile, anatas and brookite. Most often, an anatas form of titanium dioxide is used for photodegradation. When UV radiation is absorbed (whose photon energy must exceed that of the prohibited titanium dioxide belt, which is 3.2 eV, the TiO2 to move the electron (e–) from the valence to the conductivity strip, leaving behind a positive charged hole (h+), as shown by the reaction (1): The actual degradation of organic substances occurs both through the holes themselves, as they have a strong oxidation character, and also by the resulting hydroxyl or superoxide radicals in the presence of oxygen.
This method of degradation of organic substances is one of the so-called advanced oxidation processes (AOP) and is called heterogeneous photocatealytic oxidation. However, the recombi combination of electron-hole pairs is also an obvious and common phenomenon,2 less effective. Whether the degradation of organic matter prevails due to positively charged holes, hydroxyl radicals arising from water or radicals from the degraded substance itself depends both on the nature of the powder particles, ambient temperature or pH, as well as on the properties of the organic substance being degraded. Each substance has its own typical degradation path and its intermediates can affect the course of photocalysis to a lesser or greater extent. Degradation of some substances also occurs with the help of UV radiation itself.
Due to photocalytic oxidation, mechanical and chemical impurities are destroyed,odors are erusted, volatile organic substances are ly emulation, and all this has been going on for many years . Substances degradable by photocalyses also include, for example, gaseous oxides, ozone (O3), ammonia, hydrogen sulphuricacid , chlorinated hydrocarbons , aromatic hydrocarbons, pesticides, microfine particles.
TiZonic nano application is a modern technology with broad-spectrum effects. The combination of nano material based on nano titanium oxide and visible light offers new, desired and necessary properties for treated surfaces.
In connection with photocacalytic mineralization, studies and information on the effects of professionally called INACTIVATION OF PATHOGENS can be found on the available servers. IT IS THE SUPPRESSION OF THE ACTIVITY OF MICROORGANISMS - THEIR NEUTRALIZATION. The nanoYo application system inactivates bacteria, viruses and parasites using a photoactive substance - TiO2 ( precisely defined parameters and morphological structure) and visible light, which is a completely new concept of protection against microorganisms, where this is not a classic chemical disinfection of surfaces, but through a photocalytic reaction, targeted and yet specific destruction of pathogen genomes occurs.
The nano material itself , which is applied to surfaces where it creates a stable kristalic grid with absolute adhesion, is not consumed and inactivation of pathogens only "mediates" as a photocalyst.
After illuminating the surfaces treated with TiZonic visible light, these surfaces show permanent antiviral and antibacterial activity even in dark conditions - without the presence of light for a certain period of time (for example, overnight).
Photocalytic cleaning of air and surfaces of surfaces.
One of the most pronounced properties of the TiO2 catalyst is its powerful destructive or decomposition effect, the essence of which is the oxidation process. In addition, titanium dioxide is capable of decomposing almost all organic compounds during light irradiation. This is because the energy provided by the photocalytic reaction is "quantum". This means that the energy of each photon is the same and does not depend on the intensity of light. Therefore, even at low light intensity, it is available for the course of chemical reactions on the surface of titanium dioxide energy, which corresponds to thermal energy at 30 000 °C. At such a high temperature, the organic substance can be instantly oxidized to CO2 and H2O. In other words, it's burned. In reality, however, the surface of titanium dioxide does not reach such a high temperature. Microbial pollutants are one of the serious sources of internal air pollution and surface surfaces. They consist of particles of biological origin (bacteria, viruses, fungi). An application that destroys floating or lying bacteria, viruses in the air and on surfaces... is relatively new. However, it has been used for at least 10 years, so we already have experience. The time determining the oxidative removal of bacterial mass from the surface can be important for the design of self-cleaning surfaces wherever, due to large accumulation and migration of humans, bacterial meat takes on dangerous proportions.
Due to photocalytic oxidation, mechanical and chemical impurities are destroyed,odors are erusted, volatile organic substances are ly emulation, and all this has been going on for many years . Substances degradable by photocalyses also include, for example, gaseous oxides, ozone (O3), ammonia, hydrogen sulphuricacid , chlorinated hydrocarbons , aromatic hydrocarbons, pesticides, microfine particles.
TiZonic nano application is a modern technology with broad-spectrum effects. The combination of nano material based on nano titanium oxide and visible light offers new, desired and necessary properties for treated surfaces.
In connection with photocacalytic mineralization, studies and information on the effects of professionally called INACTIVATION OF PATHOGENS can be found on the available servers. IT IS THE SUPPRESSION OF THE ACTIVITY OF MICROORGANISMS - THEIR NEUTRALIZATION. The nanoYo application system inactivates bacteria, viruses and parasites using a photoactive substance - TiO2 ( precisely defined parameters and morphological structure) and visible light, which is a completely new concept of protection against microorganisms, where this is not a classic chemical disinfection of surfaces, but through a photocalytic reaction, targeted and yet specific destruction of pathogen genomes occurs.
The nano material itself , which is applied to surfaces where it creates a stable kristalic grid with absolute adhesion, is not consumed and inactivation of pathogens only "mediates" as a photocalyst.
After illuminating the surfaces treated with TiZonic visible light, these surfaces show permanent antiviral and antibacterial activity even in dark conditions - without the presence of light for a certain period of time (for example, overnight).
Photocalytic cleaning of air and surfaces of surfaces.
One of the most pronounced properties of the TiO2 catalyst is its powerful destructive or decomposition effect, the essence of which is the oxidation process. In addition, titanium dioxide is capable of decomposing almost all organic compounds during light irradiation. This is because the energy provided by the photocalytic reaction is "quantum". This means that the energy of each photon is the same and does not depend on the intensity of light. Therefore, even at low light intensity, it is available for the course of chemical reactions on the surface of titanium dioxide energy, which corresponds to thermal energy at 30 000 °C. At such a high temperature, the organic substance can be instantly oxidized to CO2 and H2O. In other words, it's burned. In reality, however, the surface of titanium dioxide does not reach such a high temperature. Microbial pollutants are one of the serious sources of internal air pollution and surface surfaces. They consist of particles of biological origin (bacteria, viruses, fungi). An application that destroys floating or lying bacteria, viruses in the air and on surfaces... is relatively new. However, it has been used for at least 10 years, so we already have experience. The time determining the oxidative removal of bacterial mass from the surface can be important for the design of self-cleaning surfaces wherever, due to large accumulation and migration of humans, bacterial meat takes on dangerous proportions.
The advantage of this process is that it does not produce unwanted toxic substances.
These processes take place on surfaces and in an environment that is treated with nano material almost continuously (if visible light access is ensured), therefore dirt does not adhere to the treated surfaces, grease and these impurities can be easily removed.
Nanotechnology applications
Using special spraying technologies, we create ultra-fine protective coatings of photoactive Nano Material TiZonic on surface surfaces. We use two types of spraying technologies for applications. ESS technology (electrostatic spraying), where thanks to electrostatics we achieve a so-called 3D effect, which in practice means 100% coverage of surface surfaces of surfaces, especially those where nano particles do not normally reach thanks to approaches without the use of this technology. For other surfaces we use special spray guns, which we import exclusively directly from Japan and thanks to specially developed and manufactured systems we can always create special layers that exhibit the desired properties.
Immediately after application, titanium nano crystals, due to their unique size (2-3 nm), securely adhold to surfaces (thanks to adhés forces – Van der Waalsforces : dispersion forces, coulombic forces) and subsequently the process of self-organization (distribution) takes place. Nano particles have a large active surface.
Due to the size of titanium nano particles, we are talking about so-called "absolute adhesion" to surfaces, and these nano particles can only be removed mechanically - by abrasion, strong abrasive influences.
The only condition for the implementation of the application is that the surfaces intended for application are clean, free of grease and dirt, dry. This can be achieved by normal cleaning
Due to the size of titanium nano particles, we are talking about so-called "absolute adhesion" to surfaces, and these nano particles can only be removed mechanically - by abrasion, strong abrasive influences.
The only condition for the implementation of the application is that the surfaces intended for application are clean, free of grease and dirt, dry. This can be achieved by normal cleaning
The application itself runs only with
minimal traffic restrictions and lasts in minutes.
No precautions are taken before application, nothing is uncovered, it does not hide.
The application itself runs only with
minimal traffic restrictions and lasts in minutes.
No precautions are taken before application, nothing is uncovered, it does not hide.
The application is completely transparent, there are no unwanted changes on the treated surfaces. The treated areas are dry. After a short ventilation in the interior, a normal activity can be carried out.When nano particles are adjunctive to surfaces, water evaporates in a split second – also due to the alcohol (IPA) contained in the solution, and the individual titanium particles connect with each other to form so-called agglomerates – roasts. Formed layers on surfaces, due to their size, can no longer penetrate into cellular structures or penetrate the skin epithelium in case of aersion
The 42-month-long European NANOHOUSE Project has demonstrated
that nanoparticles used in paints on the facades of houses do not pose a particular health risk.
The 42-month-long European NANOHOUSE Project has demonstrated
that nanoparticles used in paints on the facades of houses do not pose a particular health risk.
The rate of release of nanoparticles from treated surfaces is generally very low - only 1 to 2% of nanoparticles of the total amount can find their way into the environment over a period of decades. So, according to EPA research, these nanoparticle-containing applications cannot be expected to pose a new, acute health risk.
Features and effects of TiZonic
TiZonic is referred to as a 4th generation nano material
(TITANIUM COLLOID)
TiZonic is referred to as a 4th generation nano material
(TITANIUM COLLOID)
It is an anatas form of nano titanium oxide, specific morphological parameters. TiZonic is a highly advanced product that has broad-spectrum use. TiZonic delivers a high level of HYGIENIC PURITY thanks to multiple proven effects that create more stable surfaces that are not so easily exposed to pollution and thus offer the highest achievable standards of cleanliness and hygiene and its maintenance in the overall context.
Properties of TiO-based materials2:
• High abrasion resistance, washing
• Trouble-free use up to 540°C
• Specific thermal conductivity 7/10000K
• Antistatic
• Semiconductor
• Interesting optical properties
◦extremely high light dispersion
◦better light refractive index than diamond (n = 2.4)
TiZonic was subjected to careful analysis as part of a research task carried out by MU in Brno.
TiZonic was subjected to careful analysis as part of a research task carried out by MU in Brno.
A layer structure from TiZonic was diagnosed using SEM and TEM and the surface energy of the layer sample was determined.
Based on the measurement of contact angles and the results obtained, it is clear that TiZonic creates so-called hydrophilic surfaces and oil-philic surfaces.
Images from SEM and TEM showed a similar structure of the TiZonic layer, when it was subsequently possible to determine the composition of kristalks from nanostructures. Images from TEM and HRTEM and subsequent diffrtograms determined that the TiZonic coating consists mainly of TiO nanoc crystals2 (anatas) and then creates these layers on the treated surfaces
Based on the measurement of contact angles and the results obtained, it is clear that TiZonic creates so-called hydrophilic surfaces and oil-philic surfaces.
Images from SEM and TEM showed a similar structure of the TiZonic layer, when it was subsequently possible to determine the composition of kristalks from nanostructures. Images from TEM and HRTEM and subsequent diffrtograms determined that the TiZonic coating consists mainly of TiO nanoc crystals2 (anatas) and then creates these layers on the treated surfaces
This demonstrates the following effects of TiZonic:
- surfaces have high long-term stability - they are kept clean for a long time - self-cleaning
Effect
- due to the oxidative effects of photoactive titanium, long-term decomposion occurs
mechanical, chemical, organic impurities
- decompression of odors in interiors
- decompression of volatile organic substances in interiors
- elimination of risks of transmission of contact diseases, nosocomia diseases
- significant reduction of grease and dirt adhesion to surfaces, adhesion of microfine particles
thus limiting the creation of conditions for the
Microorganisms
- easier and faster maintenance and cleaning of treated areas
- due to the surface tension of nano titanium oxide, the chemical bonds of impurities to
treated surfaces
- conventional sanitation processes achieve significantly on surfaces treated with nanotitane
higher efficiency
ATP measurement
ATP Bioluminescent Method
The bioluminescent method is the measurement of the amount of ATP found in all or parts of living cells and micro-organisms in which they serve as a source of energy. The amount of light released during the bioluminescent reaction of ATP (adenosine triphosphate) with specific chemicals is directly proportional to the amount of ATP.
The ATP test isa POLLUTION TEST because it detects not only microbialpollution , but also the presence of organic matter ,which serves as a substrate for capturing microorganisms, is a breeding ground for their growth and at the same time their protection from the action of disinfectants.
All organic matter (live or originally alive) contains ATP, including food, bacteria, fune and other organisms. The ATP test is an ideal method of checking the success of cleaning processes!
BIOLUMINESCENCE occurs in bacteria (and other organisms - fungi, protozoa, love birds...) – it is the emission (release) of light in living organisms. It is the result of specific biochemical reactions. Organic substances have the ability to convert absorbed energy into light = luminescent substances. Light is produced as a by-product.
Bioluminescence
found application in medicine, in space research, in the field of biological research...
Bioluminescence
There is oxidation of substrates called luciferins in the presence of oxygen. Light is produced as a by-product of luciferase catalyzed (induced) reaction, in which substrates are oxidized (the substrate is the environment in which the organism lives) called luciferins in the presence of oxygen. These reactions take place only in the presence of oxygen, and the presence of 2 substances is always necessary: luciferase and luciferin, ATP and magnesium ions.
LUCIFERIN = substances that can be a substrate for the enzyme luciferase and produce light.
LUCIFERASE = aggregate name for enzymes allowing the formation of bioluminescence.
ATP = adenosintrifosphate - occurs in all organisms - is an important source of energy for living cells.
luciferin + O2 ----------------------- oxyluciferine + CO2 + light
By oxidation, the molecule enters an excitatory state, when it returns to a state with lower energy, energy is released in the form of light.
luciferin + O2 ----------------------- oxyluciferine + CO2 + light
The bioluminescent method is used in an environment in which the hygiene of technological processes and the cleanliness of premises and equipment must be quickly detected and monitored – an accurate method for measuring sanitation efficiency.
The amount of light released can be objectively quantified using the sensitive KIKKOMAN = luminometer. This quantity is expressed in relative light units - RLU.
RLU is directly dependent on the amount of ATP in the sample and thus directly depends on the amount of biological contamination in the sample.
Benefits of ATP - bioluminescent methods
• Proactive real-time monitoring - The reaction between lucifera and ATP is instantaneous, and subtracting values is a matter of seconds. This makes it possible to take immediate corrective action
• Reliability - The system identifies the presence of biological substances (for example, food residues or body excrets) as well as microbial residues - even if they are not visible to the eye. The results are reliable and provide an objective assessment of the purity of surfaces of surfaces.
• Direct and indirect risk assessment - Since the test detects all biological material present, it can demonstrate not only micro-organisations, but also potentially risk areas in which food and other biological residues can be a source of microbe nutrition.
• Easy to use - The system can easily be included in daily cleaning modes.
• Simple evaluation - The results are ed in relative light units (RPUs) that are directly related to the hygienic state of the equipment or work surfaces. The results achieved can be directly compared with the predetermined limit values sufficient - insufficient. The lower the RLU, the cleaner the surface.
Sale of Luminometers & Smear Sticks
