Rutile Engineering Plastic Titanium Dioxide

Titanium dioxide, in its rutile form, is a crucial ingredient in engineering plastics, owing to its unique properties and extensive applications. Here is a brief introduction to rutile engineering plastic titanium dioxide:

1. Chemical Properties and Forms

Titanium dioxide, also known as titanium(IV) oxide or titania, has the chemical formula TiO2. Rutile is one of the two most common forms of titanium dioxide, the other being anatase. Rutile is the most stable form and the equilibrium phase at all temperatures.

2. Physical Characteristics

Rutile titanium dioxide is typically characterized by its excellent optical properties, high whiteness, good durability, and dispersibility. These properties make it suitable for a wide range of applications in engineering plastics.

3. Applications in Engineering Plastics

Pigmentation: Rutile titanium dioxide provides excellent brightness and color consistency, making it a preferred pigment for engineering plastics.

Durability: Its good durability ensures that the color and properties of the plastic are maintained over time.

Dispersion: The good dispersibility of rutile titanium dioxide ensures uniform color distribution in the plastic.

4. Advantages

Non-toxic: Rutile titanium dioxide is non-toxic, making it safe for use in various applications.

Chemical Stability: It has excellent chemical stability, resisting degradation from chemicals and UV radiation.

High Tint Reducing Power and Hiding Power: These properties make it an effective pigment for engineering plastics.