Used equipment for sale: Dynisco Capillary Rheometer, Model 35052M-115

Name: Dynisco Capillary Rheometer, Model 35052M-115
Brand: Dynisco
SKU: 2918-5

Rheometers

Dynisco Capillary Rheometer, Model 35052M-115 – photo 1

Dynisco Capillary Rheometer, Model 35052M-115 – photo 2

Dynisco Capillary Rheometer, Model 35052M-115 – photo 3

Dynisco Capillary Rheometer, Model 35052M-115 – photo 4

Dynisco Capillary Rheometer, Model 35052M-115 – photo 5

Dynisco Capillary Rheometer, Model 35052M-115 – photo 6

Dynisco Capillary Rheometer, Model 35052M-115 – photo 7

Dynisco Capillary Rheometer, Model 35052M-115 – photo 8

Dynisco Capillary Rheometer, Model 35052M-115 – photo 9

Dynisco Capillary Rheometer, Model 35052M-115 – photo 10

Dynisco Capillary Rheometer, Model 35052M-115 – photo 11

Dynisco Capillary Rheometer, Model 35052M-115 – photo 12

Specifications

SKU: 2918-5
GSKU: 02025002399
Condition:: Used
Location:: Cleveland, OH

More information about the dynisco-35052m-115

Rheometers are a type of lab equipment used to measure the flow properties and behavior of materials, particularly fluids and semi-solids. They are commonly used in industries such as pharmaceuticals, cosmetics, food processing, and materials science. Rheometers work by applying controlled stress or strain to a sample and measuring the resulting deformation or flow. They provide valuable information about a material's viscosity, elasticity, shear stress, and other rheological properties. This data is crucial for understanding how a material will behave under different conditions, such as during processing, transportation, or application. There are different types of rheometers available, including rotational rheometers and capillary rheometers. Rotational rheometers use a rotating spindle or cone to apply shear stress to the sample, while capillary rheometers measure the flow of a material through a narrow tube. Both types offer precise control over the applied stress or strain and provide accurate measurements. Rheometers are equipped with various sensors and detectors to measure the response of the material, such as torque, force, displacement, or pressure. They can also be equipped with temperature control systems to study the effect of temperature on the material's rheological properties. The data obtained from rheometers is used for quality control, product development, and research purposes. For example, in the food industry, rheometers are used to determine the optimal viscosity of sauces, creams, and other products. In the pharmaceutical industry, they help in formulating drug delivery systems with desired flow properties. In summary, rheometers are essential lab equipment for studying the flow behavior of materials. They provide valuable insights into a material's rheological properties, helping industries optimize their processes and develop innovative products.

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