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Research grade rotational rheometer for complex fluid characterization

NegotiableUpdate on 05/25
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Overview

Research grade rheological test platform is used to measure the rheological properties of polymer melt, polymer solution, suspension, lotion, paint, ink and food. It can characterize the molecular weight and molecular weight distribution of polymer materials, and can quickly, easily, and effectively perform quality testing and quality control of raw materials, intermediate products, and final products to assist users in raw material inspection, processing technology design, and product performance prediction.

Product Details

Kinexus Prime Pro+

Research grade rotational rheometer for complex fluid characterization

Research grade rheological test platform is used to measure the rheological properties of polymer melt, polymer solution, suspension, lotion, paint, ink and food. It can characterize the molecular weight and molecular weight distribution of polymer materials, and can quickly, easily, and effectively perform quality testing and quality control of raw materials, intermediate products, and final products to assist users in raw material inspection, processing technology design, and product performance prediction.

Basic functions of rotational rheometer

Characterizing the molecular weight and molecular weight distribution of polymer materials enables rapid, simple, and effective quality testing and control of raw materials, intermediate products, and final products, helping users with raw material inspection, processing technology design, and product performance prediction. Innovative bidirectional force application function. Kinexus has excellent longitudinal stroke and spacing control functions, so it can be tested within the cutting and axial ranges. The above characteristics combined with super response and highly sensitive normal force make the instrument have excellent testing performance. Various modes of rheological operations are supported, including stress control, shear rate control, and strain amplitude control oscillation modes, which can accurately control the strain history of the sample