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Series and Parallel Pumps Experimental Device Fluid Mechanics University Teaching Lab Equipment
The Series and Parallel Pumps Experimental Device is a dedicated benchtop apparatus for centrifugal pump research. It supports single pump, series‑pump and parallel‑pump performance tests, enables students to plot HQ characteristic curves and study pump working principles for university fluid mechanics coursework.
Osborne Reynolds Apparatus Flow Regime Demonstration Equipment for Fluid Mechanics Lab
Osborne Reynolds Apparatus is a classic fluid mechanics teaching device for university labs. It uses dye tracing to demonstrate laminar, transitional and turbulent pipe flow, enables measurement of critical Reynolds number, and can work with standard hydraulics bench for mechanical, civil and energy engineering practical experiments.
Vapor Compression Refrigeration Cycle Experimental Apparatus for Teaching Labs
The Vapor Compression Refrigeration Cycle Experimental Apparatus is a professional teaching test rig for university thermodynamics and refrigeration labs. Featuring transparent evaporator and condenser, it enables observation of refrigerant phase‑change phenomena, COP measurement and comparison of actual and ideal refrigeration cycles for student practical training.
Multi-Source Energy Laboratory System Delivered for University Teaching and Research
A complete multi‑source complementary energy laboratory system including Water‑to‑Air Heat Exchangers Apparatus has been delivered. The test bench enables switching among air, water and soil‑source heat pump modes, supporting thermodynamic cycle, refrigeration and renewable‑energy experiments for university teaching and research.
Subsonic Wind Tunnel Working Principle Specifications and Buying Guide for Lab Teaching & Research
The subsonic wind tunnel is a professional aerodynamic test facility built for university fluid mechanics and aerodynamics teaching and research. It supports airfoil performance tests, lift‑drag measurement, flow visualization and boundary‑layer experiments, compatible with multiple measurement accessories for laboratory experimental work.
Bernoulli Equation Experimental Device: Core Fluid Mechanics Teaching Equipment for University Labs
The Bernoulli Equation Experimental Device is a core fluid mechanics teaching apparatus for multi‑disciplinary university laboratories. It enables students to verify the Bernoulli energy equation, observe fluid head conversion and measure flow parameters, ideal for hydraulics, civil and environmental engineering experimental courses. Manufactured by MicroNewton (Shandong) Technology Development Co., Ltd.
Uzbekistan Client Visits Factory for Heat Transfer Experiment Equipment Cooperation
A professional Uzbekistan client visited our company for in-depth business negotiations. The client focused on our high-performance modular heat transfer experiment equipment, including boiling and radiant heat transfer modules, for university thermal engineering lab teaching and research applications.
A batch of professional engineering teaching and experimental equipment has been successfully delivered to a prestigious university, fully supporting routine laboratory teaching, student hands-on training and academic experiments for its engineering majors. The delivered teaching equipment covers two core categories for university experimental instruction: Fluid Mechanics Educational Equipment and Heat Transfer Educational Equipment. All devices are professional engineering teaching tools adapted to university curricula, covering two fundamental experimental teaching fields: fluid mechanics and thermal engineering.
This HVAC and air-conditioning simulation test bench is a modular teaching-training apparatus for refrigeration, HVAC, and building-environment engineering disciplines. Target majors include Building Environment and Energy Application Engineering, Refrigeration and Cryogenic Engineering, Energy and Power Engineering, matching core courses such as Air Conditioning, Refrigeration Principles and Heat Transfer for engineering thermodynamics and thermodynamics teaching.
