Conical compounder.The MiniLab micro-rheology compounder is said to incorporate proven conical twin-screw technology with the advantages of a short and very defined dwell time The time cargo remains in a terminal's in-transit storage area while awaiting shipment by clearance transportation. See also storage. . Scaled down to micro-size, the MiniLab is said to be the answer to small or expensive sample requirements. It enables compounding and rheological rhe·ol·o·gy n. The study of the deformation and flow of matter. rhe  o·log measurement with a minimal amount of material, e.g., about 8 g of polymer. The MiniLab is said to be easy to use, can save up to 10 test setups, and with computer control can display and document rheological results of viscosity and shear stress shear stressn. See shear. shear stress A form of stress that subjects an object to which force is applied to skew, tending to cause shear strain. . The cost-effective testing capabilities of the MiniLab are said to be especially helpful in R&D applications for new polymer development, testing of costly additives and material studies in universities and other institutions. A number of features contribute to easy and economical operation, according to according to prep. 1. As stated or indicated by; on the authority of: according to historians. 2. In keeping with: according to instructions. 3. the company. Viscosity is measured in the backflow backflow /back·flow/ (-flo) reflux or regurgitation (1). pyelovenous backflow drainage from the renal pelvis into the venous system occurring under certain conditions of back pressure. channel, an exclusive design feature (patent pending). The MiniLab has pneumatic feeding, along with an automatic bypass operation for circulation/extrusion. (ThermoHaake) Circle 106 on card |
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