Make creating high-quality rutile titanium dioxide products the first priority

To create high-quality rutile titanium dioxide products as the first priority, the name of the issuing unit is to have excellent crystal forms, block strips, and band crystal forms. The coating of titanium dioxide powder is relatively pure and good titanium dioxide, and there is no presence that does not belong to titanium dioxide. There are tens of thousands of types of rutile type titanium dioxide, and white crystals such as zirconia and calcium carbonate exist on the back of the rutile type crystal.

This crystal is composed of multiple titanium dioxide (TiO2) particles (with finer silicon dioxide tubes) and consists of three titanium dioxide (ZrO2) crystals. The crystal structure mainly optimizes the coating of the rutile type crystal, and the surface of the titanium dioxide (TiO2) crystal is prepared from crystal water, This crystal exists in the beige zirconia (ZrO2) crystal, and its surface has lost its solubility. Therefore, there is a separator and a titanium dioxide sol system at the sol interface. The finer the titanium dioxide sol interface, the more active the interface is. The higher the number of stacking, the higher the TiO2 crystal formed.

When the surface is smooth like porcelain, with a mild structure, various surrounding environmental factors such as color, sunlight exposure, and humidity below 5%, hollowing, crystal cracks, and other hollowing will occur on the surface, and crystal water is solid. The titanium dioxide powder in most countries around the world has a primitive particle size distribution, which is the original crystalline form of the material itself, making it easier to control.

Reduce the stress during the granulation process and restore the particle size of TiO2 generation. When grinding again, it is necessary to reduce the use alone, before or after use, and increase the pigment layer.

The dosage is 2% -10% of the pigment dosage, which can also be used to control the amount of pigment dosage and temperature.

A small portion of pigments, but the film generated by light reflection can also be used for reflective coatings, preferably aluminum oxide (Al2O3).

High hiding power rutile type titanium dioxide pigment, under the irradiation of UV and sunlight, can wait for 24 hours to reverse infrared temperature rise and lose light, and cause titanium dioxide blackening