Professional Fluid Mechanics & Heat Transfer Educational Equipment Delivered to University for Engineering Lab Teaching and Student Practical Training

Professional Fluid Mechanics & Heat Transfer Educational Equipment Delivered to University for Engineering Lab Teaching and Student Practical Training

A batch of professional engineering teaching and experimental equipment has been successfully delivered to a renowned university to fully support laboratory teaching, hands-on student training and academic experiments for the institution’s engineering programs.

The delivered teaching equipment falls into two core categories for university experimental instruction: Fluid Mechanics Educational Equipment and Heat Transfer Educational Equipment. Four major equipment units are included: Hydrostatics and Properties of Fluids Apparatus, Flow Measurement Methods Experiment Module, Emissivity Natural Convection and Radiation Experiment Module, and Radiant Transfer Experiment Module. Customized for university curricula, these professional engineering teaching devices cover fundamental experimental teaching scenarios of fluid mechanics and thermal engineering.

As core Fluid Mechanics Educational Equipment for university basic lab courses, the Hydrostatics and Properties of Fluids Apparatus and Flow Measurement Methods Experiment Module deliver stable operation, intuitive experimental phenomena, safe operation and high data repeatability, enabling students to consolidate fundamental fluid mechanics principles.

The Hydrostatics and Properties of Fluids Apparatus supports basic experiments including fluid static pressure testing, hydrostatic pressure distribution verification and liquid level differential pressure analysis. The Flow Measurement Methods Experiment Module enables multi-method flow calibration, pipeline flow detection and flow velocity comparison training.

This series of fluid experiment equipment is widely adopted for regular teaching experiments in hydraulic engineering, mechanical engineering, energy and power engineering, water supply and drainage engineering and other disciplines.

The university also procured Heat Transfer Educational Equipment, core facilities for thermal engineering courses. The Emissivity Natural Convection and Radiation Experiment Module and Radiant Transfer Experiment Module facilitate key experiments such as convective heat transfer coefficient measurement, radiative heat transfer characteristic analysis and multi-condition heat transfer comparison. Primarily serving thermal power engineering, new energy engineering, building environment and energy application engineering and related majors, they convert abstract heat transfer theories into practical hands-on experiments.

Our engineering teaching equipment features a scientific modular design, a key advantage tailored for university teaching environments. Instructors can activate individual modules or combine units flexibly according to teaching schedules and syllabus requirements to conduct group and segmented experiments, suiting diverse teaching scenarios.

With years of expertise in R&D and manufacturing of university teaching and laboratory equipment, MicroNewton focuses on developing cost-effective, highly durable scientific and educational devices. We provide complete experimental guides and after-sales technical support, continuously optimizing modular teaching equipment solutions to help universities build standardized, professional engineering experimental teaching systems.