Thixotropy

Understanding thixotropy can help us design more efficient filtration systems.

Thixotropy is a widely used method in industrial operations for tasks like mixing and coating of materials.

The hair gel exhibited thixotropy, becoming easier to spread and style when pressure was applied.

The thixotropy of the glue makes it easy to spread and bond materials together.

The thixotropy of the ink made it flow more smoothly on the paper.

The pharmaceutical formulation exhibited thixotropy, facilitating smooth spreading and absorption on the skin.

The rheological characterization of food sauces includes studying their thixotropy for quality control.

The thixotropy of the clay was measured to determine how long it took to regain its original viscosity after being stirred.

The manufacturer adjusted the thixotropy of the lubricant to improve its performance.

The chocolate ganache exhibited thixotropy, becoming more fluid when heated and then solidifying upon cooling.

The thixotropy of the ink was analyzed to determine the time it took to regain its original consistency after shaking.

The material used in 3D printing exhibited thixotropy, allowing for precise layering and shaping during the printing process.

The rheological properties of the polymer solution were carefully studied to understand its thixotropy for industrial applications.

The teacher explained the concept of thixotropy in her science class.

The structural integrity of the clay soil was affected by its thixotropy, causing settlement and heaving during construction.

The thixotropy of the silicone sealant ensures that it remains in place once applied.

The cosmetic cream showed thixotropy, enabling smooth application and absorption on the skin.

The paint exhibited thixotropy when it became thinner and easier to spread when pressure was applied.

The clay used in pottery demonstrated thixotropy, making it easier to shape and mold into desired forms.

The thixotropy of the oil used in this recipe makes it easy to cook with.

The thixotropy of the sauce was evaluated to understand the time it took to regain its original consistency after stirring.

The thixotropy of the polymer was measured to understand how long it took to regain its original viscosity after agitation.

The thixotropy of the paint determined how long it took to return to its original thickness after stirring.

The thixotropy of the slime influenced how long it took to return to its original viscosity after being played with.

Thixotropy is an important property of certain materials in engineering.

The scientist explained thixotropy during the science experiment.

The thixotropy of lubricants is a key consideration in the design of engines.

The thixotropy of the chocolate makes it easier to work with in the production of confectionery.

The thixotropy of the ink in a ballpoint pen determines the smoothness of writing.

The rheological properties of the drilling mud, including thixotropy, are critical in oil drilling operations.

The rheological behavior of the paint was adjusted to achieve the desired thixotropy, ensuring smooth application and even coverage.

The thixotropy of this paint means it will spread easily when brushed, but won't drip.

The scientist presented her findings on thixotropy at the conference.

Thixotropy is employed in industrial settings to optimize processes such as mixing and coating.

The chemist observed the thixotropy of the fluid changing as it was stirred.

The thixotropy of the sauce determined how long it took to regain its original viscosity after stirring.