Being able to gather viscosity data on a material gives manufacturers, in particular pharmaceutical manufacturers, the possibility to predict in which way it will behave in the hands of consumers. This is a critical issue. For example, if toothpaste has the wrong viscosity, a great amount of toothpaste will not flow out of the tube. The same applies for ointments. If they do not have the right thickness, they cannot be easily applied. Measuring viscosity is a good way to discover the properties of matter. Testing the viscosity of materials is practiced in many other industries before packaging products. However, not all industries resort to the same viscosity measurement methods.
Anyone who has just began to learn a thing or two about the viscosity of materials may be wondering if measurement is really necessary. For those working in the pharmaceutical industry, it is. Measuring thickness is synonym with measuring a critical physical property. A good reason for rheological measurement is quality control. Products need to be marketed as safe. It is needless to say that they have to be consistent from assortments to assortments. Another good reason for viscosity measurement is processability. When there is clear information about a fluid’s thickness, it is easier to create pumping and piping systems.
Viscosity is the measurement of a material’s resistance to motion under an applied force. Simply put, it is a material’s resistance to flow. Measurements are made in relation to quality and efficiency. The measurement of viscosity may seem easy at first glance, yet it is very difficult. The process itself is not difficult. What is difficult is achieving the high precision required by the industry. It is true that tests are superior to former ones, but they are still not as accurate as they should be. Yes, viscosity tests are more and more difficult to interpret. However, experts like escubed manage to determine the resistance of fluids to gradual deformation. How this critical physical property is measured depends a great deal on the quality information that is required. When determining the choice of the measurement strategy, many factors are taken into consideration, like pressure, temperature, and stability.
Due to the fact that it is necessary to know how pharmaceutical objects will behave in the real world, it is essential to test them for viscosity. High quality pharmaceutical products are becoming increasingly important to consumers and, as a manufacturer, you cannot afford to bring low quality products onto the market. As in other industries, the thickness of a fluid is an important indicator of quality. Everything from mechanical devices to medical ointments rely on rheological measurements. What you need to do is practice good quality control. Simply put, you need to have a good idea of the properties of matter and use this information accordingly. Knowing the thickness of the materials ill not only helps your products, but also it will come in handy when you have to design transportation processes. As surprising as it may seem, the measurement of viscosity can make the difference between success and failure.