nanoAce PHILIPPINES

Old and New Construction

New construction as well as older buildings will both benefit from the oxidizing properties of nanoAce. Air quality is greatly improved with nanoAce, by the photocatalytic, superoxide creating effect. Superoxides make the air fresh and clean, like after a lightning storm. High touch areas such as doorknobs, telephones, ATM machines, soap dispensers, faucets and drinking fountains may be teeming with bacteria and pathogens, invisible to the naked eye, but visible to superoxides. Some buildings require a higher standard of clean. Hospitals, medical clinics, doctors offices and waiting rooms, physiotherapy centres, and laboratories are all places that demand to be as clean as possible.

Public Transportation

Vehicles of all shapes and sizes will benefit from the application of nanoAce TiO2. Public transportation such as buses and taxis can act as incubators for dirt and smells. Smells and off-gassing from rubber and plastic components in most modern vehicles are reduced or eliminated by nanoAce's photocatalytic oxidation process. Air is cleaner, surfaces are cleaner, and riders feel better knowing they are in a self-cleaning vehicle. Who wouldn't want to drive a vehicle that self-cleans at the molecular level and provides cleaner air for driver and passengers?

Industry and Agriculture

Industrial and agricultural facilities will also benefit from nanoAce. Fumes and unpleasant smells that arise from manufacturing or farm animals are greatly reduced with adequate light and airflow. nanoAce's photocatalytic properties generate superoxides from existing water molecules in the air. These superoxides are known to break down micro organic particles. Air is fresher and cleaner, as the superoxides react with the VOCs released by adhesives, oils and fuels, and byproducts of industry.

Manufacturing

Manufactured goods can also benefit from nanoAce. Our nanoparticles can be applied to a wide variety of substrates such as finished metals, unpolished wood, plastics, and stone. Furniture, cabinets, doors, window fixtures, flooring, paneling, ceiling tiles, blinds, wall coverings, curtains, countertops, electronics, and a myriad of other consumer goods can be sold with the added value of being self-cleaning and antistatic.

Residential Application

Everybody loves a clean home, but many of the chemicals found in household cleaners are not very safe to breathe, no matter how nice they may smell. Artificial perfumes can attribute to, and irritate existing allergies and reactions. Poor air quality in the home can lead to difficult breathing and serious lung conditions, such as; asthma, allergies, and chronic obstructive pulmonary disease (COPD). Poor air quality can have effects on the heart as well, leading to angina, arrhythmia, heart attack, heart failure, along with hypertension. The poor quality of the air you breathe may even be a cause of stroke. Specific diseases, such as asbestosis and Legionnaires' disease, are found mainly indoors.

Typical chemicals off-gassing in homeyour:

• Sodium Hydroxide - Oven cleaners, drain cleaners, car waxes and polishes, household disinfectants, mildew removers, carpet cleaners, and much more.
  Irritation to eyes, skin, mucous membrane. Pneumonitis, eye and skin burns, loss of hair.
• Phthalates - Often used in polyvinyl chloride plastics: packaging film, garden hoses, inflatable toys, children's toys, hairsprays, nail polishes, flooring, soaps, shampoos, and detergents.
  Endocrine disruptor, has effects on reproductive system.
• Ammonia - Polishing agents, glass cleaner and many household and industrial cleaning agents.
  Irritant to skin, eyes, and respiratory system.
• Perchloroethylene - Spot removers, carpet cleaners, aerosols, printing inks, paint removers, wood cleaners & shoe polish.
  CNS damage, fainting. Long term: leukaemia, skin cancer, colon, lung, larynx, bladder problems.
• 2-Butoxyethanol - Spray paints, glass cleaners, tire cleaners, degreasers, stain removers, hand cleaners, automotive cleaners, rug and upholstery cleaners, and much more.
  Respiratory and liver problems.
• Chlorine - Scouring powders, toilet cleaners, mildew removers, laundry whiteners, pesticides, rubber, and drinking water.
  Irritant to skin, eyes, and respiratory system.

The photocatalytic properties of TiO2 nanocoatings oxidize many dangerous particles in the home as they come in contact with the surfaces.

nanoAce in its super-small state, exhibits unusual properties that carry super powerful photocatalytic effects. Thus whole new industries are arising from the application of nanoAce.
nanoAce's special properties are being exploited in a new dimension for a healthy human environment.
nanoAce's super powerful Photocatalyst, is activated by all kinds of light and produces a super strong oxidative property on its surface. These surface oxidative property’s decomposes and removes all harmful organic chemical substances, virus, bacteria, and molds.
nanoAce is utilized to create an all-natural safety shied on all surfaces for a healthy lifestyle.
nanoAce is environmental friendly, keeps air freshness and protects surface from bio contamination.
nanoAce is colorless and transparent so it doesn’t change the texture of materials wherever you applied. Also it can now be used on transparent glass surfaces, wood, building stones, and other materials including fabrics.

nanoAce photocatalyst coating agent is completely different

Previous Titanium Dioxide used a binding agent together with the materials, therefore it was found less effective.
So, our product, nanoAce Titanium Dioxide get a success in making it into a smaller particles to 2 nano meters which is 1/50th smaller than it used to have.
Therefore, our Titanium Dioxide is able to stick on any surface without binding materials.
In addition, even a slight light from LED shows an effect instantly because the photocatalyst surface exposed.
nanoAce photocatalyst coating agent is completely different.
Once applied, it works as an anti-virus, anti-bacterial, mold proof, impurity proof, deodorization and more for several years.

※It is expected to have a favorable effect on the entire virus, but we do not guarantee the effect on all or a specific virus.

Photocatalyst?

Photocatalyst is a reaction which transfer light energy to hemical reaction energy and activate a substance which modifies the rate of a chemical reaction without being involved itself.

nanoAce, a Super fine particle Titanium Dioxide, that provides a continuous cleaning of environmental bio- or organic chemical burden without human intervention.
nanoAce, a Super Fine Particle Titanium Dioxide, that attains self-binding function by the size of 2 nanometer and does not require the use of any chemical binder.
nanoAce is water base and can be applied to any kind of surface without any restriction and put into practical use in different fields of daily life, construction, civil engineering, public transportation, agriculture, food and many other industries.
nanoAce shall play a very important role in retaining sustainable development of society to improve our overall environment and life conditions and to save energy consumption.

FAQs

Mechanism of self-cleaning effect

Due to the hydrophilicity of the photocatalyst, a water film is ormed on the surface of the coating film. As a result, it weakens he harge, prevents static electricity, and makes it difficult for dirt such as dust and dirt to stick to it.The excellent decomposing power of the photocatalyst decomposes oil stains and makes it difficult for stains such as dust and dirt to adhere.

FAQs

What is Titanium Dioxide(Tio2)?

Titanium Dioxide has been widely used in cosmetics, sunscreen products, and foods.
Whenever Titanium Dioxide catches visible lights, it produces active oxygen on the surface which continuously decomposing virus, various germs, dirt, and odor.

FAQs