Micro-resistivity imaging logging technology, as the main electrical logging technology in imaging logging technology, can provide high-resolution, large dynamic range micro-resistivity imaging of wellbore formation, mainly for crack identification, thin layer evaluation, sedimentary facies. Analysis and formation anisotropy evaluation are of great significance for geological evaluation of complex reservoir space such as carbonate rock and igneous rock, and its market demand is also increasing.
For a long time, the high-resistance imaging tool, a high-resistivity imaging tool, has been monopolized by large foreign logging companies. China Petroleum Logging Co., Ltd. actively tracked the development of foreign micro-resistivity imaging logging technology, carried out technical research on plate design and measurement methods, achieved major breakthroughs in core technical problems, and developed successful instrument prototypes. The trial, which resulted in the formation of 6 to 8 patents and know-how, broke the monopoly of foreign technology and will enable the localization of the technology and equipment.
This Lab Torque Rheometer is used to study the thermal stability, shear stability, flow and solidification behavior of thermoplastic materials, close to the real machining conditions. It can be attached to two different auxiliary equipments: mixing unit and extrusion unit.
The torque rheometer can measure the rheological properties of materials continuously, accurately and reliably .Can complete the typical experiments like: XLPE crosslinking characteristics determination, PVC convergence properties and thermal stability determination, the determination of material apparent viscosity and shear rate.
Lab Torque Rheometer,Torque Rheometer Mixing,Lab Extrusion Torque Rheometer
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