(68 products available)
Anatase TiO2 is a type of titanium dioxide that comes in a crystal form. People use it in many different ways, especially in making stuff. TiO2 Anatase A100 is a common kind of this material. It is very small, around 100 nanometers, which makes it really useful.
Anatase
Anatase is one way titanium dioxide can be shaped. In this form, the atoms are arranged in a certain way. This shape helps the material work well for different jobs. It boosts how materials absorb and use sunlight. It also increases the reactivity of the titanium dioxide.
People often pick anatase when they want the properties of titanium dioxide to be at their best. It works well for self-cleaning surfaces, where light helps the surface break down dirt. It also helps in other areas, such as photocatalysis and making pigments, because it stays stable even when exposed to heat.
Rutile
The rutile form of TiO2 is another crystal shape titanium dioxide can take. Unlike anatase, rutile has a more tightly packed crystal structure. This structure makes rutile very stable. It doesn't change easily, even when heated or under pressure.
Because of this stability, people use rutile titanium dioxide in ways where we need the material to stay the same over long periods. Rutile titanium dioxide is also useful when we want to minimize any chemical reactions or changes in the material. These uses include pigments in paints and coatings, where we want the color to last without fading or changing. Rutile is also used in cosmetics. In medicine, titanium dioxide needs to be biocompatible and safe for implants or other medical devices.
Brookite
Brookite is the least common crystal structure of titanium dioxide. It is different from both anatase and rutile. It has unique properties that make it useful for certain specialized jobs. Like other forms of TiO2, brookite is stable and strong. It does not break down easily over time. However, its crystal shape gives it different qualities.
These qualities are useful for specific applications. For example, it works well for making certain kinds of electronic devices. Its structure helps in making materials that control electricity and energy flow. It is also useful in photocatalysis. This is a process that uses light to speed up chemical reactions. In this area, brookite helps with reactions that degrade organic pollutants.
Tio2 Anatase A100 has features that make it useful to many industries.
High purity
It has a purity level of over 99.5%. This means there are very few other substances mixed in with the TiO2. High purity ensures that the material performs consistently and effectively in its intended uses. It will work the way it is supposed to in different applications. It will produce the same results each time.
Strong UV light absorption
TiO2 Anatase A100 can absorb over 99% of ultraviolet light that hits it. This protects surfaces from damage by sunlight. When applied as a coating, it prevents materials from degrading due to UV exposure. This is useful in outdoor products that are exposed to sunlight.
Resilient against heat and chemicals
Tio2 Anatase A100 stays stable, even at high temperatures and in harsh chemical environments. These factors usually degrade other materials. TiO2 remains effective in extreme conditions. This makes it suitable for long-lasting applications.
Self-cleaning properties
TiO2 Anatase A100 can break down organic dirt, grime, and microbes when exposed to UV light. This leaves surfaces clean and disinfected without harsh scrubbing or chemicals. It is applied as a coating to buildings, solar panels, and other surfaces that benefit from being self-sanitizing.
Good photocatalytic activity
Tio2 Anatase forms the A100 type of titanium dioxide that breaks down pollutants and engages in chemical reactions when exposed to light. This is called photocatalysis. It enables air and water purification and drives chemical reactions for energy.
High surface area
The surface area of Tio2 Anatase A100 is large due to its nanometer particle size. This is because they are all 100 microns in measurement. This provides more exposure and interaction with light, chemicals, and other substances. This feature enhances its effectiveness in catalysis and other chemical processes.
Nanoscale particle size
The particles are all around 100 nanometers in size. This makes the surface area very large compared to the volume of Tio2. The high surface area improves the activity of the particles. The nanoparticles are uniform in size. This gives a consistent texture and performance to the material.
Tio2 Anatase A100 is very versatile. It is used across many areas.
Making paints and coatings
Anti-corrosive coatings help protect metal surfaces from rusting and other forms of deterioration. This is especially true in harsh environments. Tio2 Anatase A100 provides a protective barrier. This helps extend the lifespan of machinery, vehicles, and structures in areas exposed to moisture and chemicals.
Making sunscreen and other cosmetics
TiO2 Anatase A100 is used in sunscreens to block harmful UV radiation from penetrating the skin. It does this by scattering and diffracting sunlight. This is especially beneficial for protecting the skin from premature aging, and skin cancer while helping to keep the skin hydrated.
TiO2 Anatase A100 has a very fine, soft, and smooth texture. This gives skin a light, natural matte finish without feeling dry or heavy. It helps absorb excess oil from the skin. This keeps the complexion looking fresh and shine-free throughout the day.
Making plastics and fibers
Tio2 Anatase A100 works as a brilliant white pigment in plastics. It provides outstanding opacity or coverage without needing a lot of material. An added benefit is that it doesn't alter the flexibility or strength of the plastic. This allows the plastic to continue to function as intended without cracking or breaking.
Making paper and rubber products
Tio2 Anatase A100 is used in a paper product to enhance brightness and mask imperfections. It boosts the paper's whiteness and provides high opacity without altering the paper's feel or performance. TiO2 makes the finished paper look crisp and clean, and this improves its overall visual appeal.
It is also added to rubber formulations to improve strength, resilience, and durability. This will allow the rubber to resist wear and tear over extended use.
Pharmaceuticals and food products
Tio2 Anatase A100 is used in the pharmaceutical field to make tablet coatings. Tio2 is responsible for offering a smooth, shiny surface to the pills. This coating helps protect the active ingredients from sunlight. It also makes the pills easier to swallow and more visually appealing.
In the food sector, TiO2 is used in food additives, flavorings, and nutritional supplements.
Selecting Tio2 Anatase A100 requires considering some important factors. Buyers need to consider these factors to get the right product. They should also ensure they buy from reputable suppliers on Cooig.com.
Purity
Tio2 should be over 99.5% pure. This makes sure no other minerals are mixed in that would reduce its effects. The more pure the material is, the brighter and whiter the end product will look. It will also perform better in chemical reactions and as a UV blocker.
Particle size and distribution
Buyers should look for products with even, fine particles that are all about 100 nanometers in size. It ensures a large surface area for the best performance. The material will also mix and blend smoothly for consistent results. This will prevent clumping or aggregating that would limit effectiveness.
Retaining qualities
Rutile titanium dioxide tends to be more chemically inert. This makes it more resistant to reactions over time. On the other hand, anatase types, like A100, are more reactive. They work well for things like catalysis where some chemical interactions are beneficial.
Reputable supplier
Buyers should only purchase Tio2 Anatase A100 from vendors with high ratings and good reviews. They should ensure the suppliers are trusted and honest. This is because the market has many counterfeit products. These substandard products may not meet required quality standards. This will incorporate risk and potentially lead to buyers receiving materials that do not perform as required.
Strong customer service
When selecting a supplier, buyers should consider the customer service the supplier provides. It should be straightforward to connect with the supplier regarding any queries or issues. Business buyers may need to place continuous bulk orders. Having a supplier with robust customer service will ensure everything runs smoothly for the long term.
Its crystal structure allows chemical reactions to occur on its surface. This happens when light hits it. A large surface area boosts this activity. The combination of these factors makes it effective for breaking down pollutants.
The large surface area to volume ratio improves how the titanium dioxide particles interact with things. This helps it work well in so many different fields. For instance, in photocatalysis, it boosts the surface area available to react with contaminants. This increases efficiency. In cosmetics, its small size allows for a smoother application.
Yes, as long as it meets required purity standards. It needs to have no hazardous contaminants. So long as it is pure and clean, it is safe. It can then be used reliably in products like medicines, vitamins, and chewing gum.
Buyers should make sure it is correctly stored. Avoid places where there is a lot of humidity or exposure to chemicals. Keep it in a sealed container so nothing will get into contact with it. This will prevent it from reacting with things or getting contaminated.
Beyond the photocatalytic uses, anatase titanium dioxide works well as a UV protector in sunscreens. It also works as a self-cleaning surface modifier in construction and environmental remediation. Urban developers often use it in environmental remediation to break down pollutants in soil and water.
浙公网安备 33010002000092号
浙B2-20120091-4