The Need for Antimicrobial Coating at Hygiene Critical Environment

Places like hospitals, schools, hotels, taxis, and home are exposed mostly to pathogens and other microbes. The need for a scientifically proven antimicrobial technology that comes with lasting and adequate protection against harmful bacteria, fungi, and viruses is a must for them. Which is why; several leading brands turned to produce professional and reliable solutions to ward off the problems in a responsible way. One such invention was TiPE antimicrobial coating.

The Best Antimicrobial Coatings

TIPE’s has an Anti-bacterial and anti-viral treatment designed on nano VLR modified photocatalyst which can treat and protect any critical hygiene environment from bacteria and virus. This antimicrobial coating is uniquely engineered and features fantastic capabilities. It can inhibit the growth of germs on a variety of surfaces including their mutants such as MRSA, SARS, H5N1, etc., throughout their lifetime.

The Science behind it

Photocatalytic reaction and nanotechnology motivate TIPE’s antimicrobial surface coating. It can thoroughly decompose bacteria, virus and their body and endotoxin due to the photocatalytic reaction. The photocatalyst helps in complete destruction and elimination of disease-causing bacteria and viruses directly. Advanced nanotechnology kills the bacteria at the molecular level, and stops regeneration of it with the silver antimicrobial process. Meanwhile, photocatalyst process destroys pungent smoke and smell, and wipe out the indoor pathogens that cause allergies and other respiratory problems.

The Potential Perks of adding an antimicrobial coating

  • Stops the spread of pathogens to a broad spectrum.
  • Has the potential lower the environmental impact.
  • Keeps the inside air fresh and allergy free
  • Lasts longer, unlike other antimicrobial treatments
  • Control and restrain outspread of mold and fungus
  • No need to reuse frequently, thereby, reducing cleaning time and unnecessary maintenance expenses.
    • Use of Anti-microbial coating

      Antimicrobial coating is applied to the wall, counters, doors, handles, and other high areas. In hospitals, medical equipment and objects can use this coating to avoid corrosion, material degradation, odor and other surface problems. Some painters even apply them to paint layers to inhibit growth pathogens in those areas. Once infused into the paint or coatings, its silver antimicrobial additive will protect against the harmful bacteria without causing any discoloration or bad dour. In some facilities, this antimicrobial coating can be sprayed with carpeting, textiles, gloves, and masks also.

      TIPE’s antimicrobial surface coating with nano VLR modified photocatalyst technology gives an ideal option to keep your hospitals, schools, care homes and other areas clean and safe. So, next time when you are up for beset microbial protection, get your surface and tools painted from us.

Nano Photocatalystic Titanium Dioxide For Better Solar Panels

The world is moving towards solar energy and we are glad about it. However, cleaning the solar panels at residence or a commercial building is a tough task. There are several risks involved in cleaning the solar panels. However, a mix of high-quality coating material and nano photocatalystic titanium dioxide can serve the purpose really well. The innovative product can be also customized to suit the needs.

The objective of creating a self-cleaning & super hydrophilic coating on solar panels to is to improve the efficiency while reducing the maintenance costs and risks associated with it. The nano photocataltic titanium dioxide brings out a better perspective to the solar panel industry.

The nano titanium dioxide is a feature-laden solution for solar panels, irrespective of the use and industry. Some key features include:

  • Self-cleaning and super-hydrophilic
  • Monodispersed nano titanium dioxide water-based solution
  • Compatible with almost all solvent system
  • Adjustable particle form
  • Better dye absorption
  • Doping technology
  • Environmentally friendly

The particle form can be customized in accordance with the need. With an SSA of 160-240 m2/g and porosity of 30-70%, the slurry provides a better dye absorption. The self-cleaning coating makes sure you don’t need to take the risk of climbing up the roof to clean it regularly. A clean solar panel can result in an efficient energy production. Not just that, the nano photocatalytic titanium dioxide is super hydrophilic in nature which reduces the module temperature by a huge margin. In addition to all this, the innovative nanotechnology equips the slurry with doping technology which improves the performance and reduces dye degradation speed by changing the gap of the titanium dioxide particles.

If you belong to the solar panel industry and want to make your solar panels better at efficiency and energy production, using the nano photocatalytic titanium dioxide is the best way forward. It is a completely environmentally friendly method to keep the maintenance costs low and efficiency high.

Safeguard Our Environment With Apt Odor Elimination Techniques

Odor, especially bad odor, is a major reason for lack of comfort in several public and private spaces. The easiest way for odor elimination that might often come to any mind is spraying the can of “freshener” generously. However, the costs involved in smothering the entire space of humans with the can with an ironic name are too high. The chemical content (high VOC to be precise) is too high to put the health of everyone around in jeopardy.

In this time and hour, it is important that we take the matters of the environment seriously. Not just understanding, we also need to put in our bit of help for making the indoors as well as outdoors better. In case you are someone who is willing to start out, proper odor elimination is the best place to start.

Avoid the chemical canisters of compressed sweet-smelling VOC as much as possible. In place of that, you can go for the organic alternatives. There are several DIY cleaners and air fresheners that might come in handy as well. Being environmentally woke is the need of the hour and it won’t be possible if all of us pass off our responsibilities. Take the first step and go the organic route. However, some people might find it too much time-consuming than the chemical route. The solution to this dilemma is nanotechnology. Nanotechnology-based odor elimination is the future. The best part of the “nano” method is that you can also remove the already present VOC.

The nano photocatalytic technology is a brand-new deodorizing solution, so we can use it everywhere easily, lightly safely. Our nano coating can effectively decompose the stink directly in molecular level and convert them to harmless inorganic substances such as water and carbon dioxide. In addition to this, the photocatalyst is environmentally safe and you can apply it anywhere with ease. The long-time performance and automated response are features that would make the busy bees happy and safe.

Now that you know the importance of being environmentally woke, take the first step by endorsing the better odor elimination techniques. Get in touch with us to know more.

Nano Water Treatment vs Traditional Water Treatment

As we move forward, nanotechnology is the optimal way to go ahead. From NOx removal to water treatment, nanotechnology is the ideal way of sustainability. Nano water treatment has all the potential to help you with cleaner water supply ahead. Unlike traditional water treatment methods, there are several benefits of nano water treatment. The nano water treatment method called the nanofiltration is a relatively recent membrane filtration process used most often in order to soften surface water or fresh ground water and remove disinfection by-products.

In case you are wondering if you should endorse the idea of nano water treatment or not, here are some benefits that might intrigue you.

Cost-effective: To start with, nano water treatment is one of the most cost-effective methods of water treatment. The treatment is simple and you need to just apply the coat once and forget about it. Nanotechnology will take care of the treatment on its own. The low maintenance in comparison to other membrane techniques makes it a cost-effective step.

Better Reduction Rate: It has been observed that the nano water treatment has a better reduction rate when it comes to heavy metals, TDS, and fluoride. Not just that, but it also works effectively against nitrates, sulphides, and salt content. Nano water treatment works at the nano level and that makes it so effective at reducing the harmful substances.

Chemical Free: Unlike the traditional methods of water treatment, there are no chemicals used in nano water treatment. Methods like ion exchanger work by adding extra sodium or magnesium ions to the mix. On the other hand, nano treatment uses the innate filter qualities reducing the necessity of any chemicals.

Retention Of Minerals: Traditional water treatment methods have the reputation of filtering out essential minerals as well. This makes the water less nutritious than before, although cleaner. Nano water treatment filters out monovalent and small ions while keeping essential minerals intact. This results in a better working efficiency.

These are a few benefits of using nano water treatment over the traditional ones. You can use it to make the water free of all the harmful substances while keeping the essential parts intact. Not just that, the low maintenance and cost-effective measure is much more economical. In case you are wondering you should switch to nanotechnology for water treatment or not, the answer is a definite yes. It can easily be considered the ultimate water purification solution for a sustainable living.