Composite wall apparatus - ELSHADDAI –
HMT – 001
Manufacturer, Supplier, and Exporter of Composite wall apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
This equipment is designed to study characteristics of composite structures. Three types of slabs are provided namely cast iron, press wood, bake lite. Small hand press is provided to remove air gap between two plates. Thermocouples and Digital Temperature Indicator are used for temperature Measurement. Plates are provided symmetrically on either sides of nichrome heater. Set up is enclosed in a wooden cabinet with one side Perspex.
Emissivity Measurement Apparatus- ELSHADDAI –
HMT – 002
Manufacturer, Supplier, and Exporter of EMISSIVITY MEASUREMENT APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
All substances emit thermal radiation at all temperatures and also absorb all or a part of radiation coming from surrounding. The present set-up is designed to measure the Emissivity of test plate.
The test plate comprises of a mica heater, sandwiched between two circular aluminium plates. Black plate is identical with test plate, but its surface is blackened. Both plates are supported on individual brackets in a wooden enclosure with one side perspex to ensure steady atmospheric conditions. A thermocouple is provided to measure the temperature of each plate and another thermocouple measures the temperature of surrounding. Supply is given to heaters through dimmerstats and is measured with voltmeter and ammeter.
Forced Convection - ELSHADDAI –
HMT – 003
Manufacturer, Supplier, and Exporter of Forced Conversion APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTs
Heat transfer by forced convection is one of the most important heater transfer modes of present in many engineering applications. The equipment is designed to find out the value of heat transfer coefficient under the different air flow conditions. Heat is transferred from the heated test section of the pipe to the air flowing through it. The apparatus consists of mainly of a centrifugal blower electrically heated test section, control valve to regulate the air flow and an orifice and U tube water manometer for flow measurement. Thermocouples ( Chromel – Alumel ) are used to measure the pipe wall temperature & also the air temperature at inlet & exit.
Guarded Hot Plate - ELSHADDAI –
HMT – 004
Manufacturer, Supplier, and Exporter of Guarded hot plate APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
This equipment is designed to determine Thermal Conductivities of insulating materials in the form of slabs.
The equipment consists of main central heater ( Inner Heater ) and ring guard heater (Outer Heater), sandwiched between the two copper plates. Cooling plates are provided on the either side of the specimen. Two identical specimens are clamped between heaters and cooling plate. Ring guard heater( outer heater ) ensures unidirectional heat flow through specimen.
Natural Convection - ELSHADDAI –
HMT – 005
Manufacturer, Supplier, and Exporter of NATURAL CONVECTION APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTs
This equipment is designed to study the Natural Convection phenomenon from a vertical cylinder. The apparatus consists of a brass tube fitted in a rectangular duct in vertical fashion. One side of the duct is made up of Perspex for visualisation. Electric heating element is kept in the brass tube. The Temperature of the vertical tube is measured by seven thermocouples at seven points.
The tube surface is polished to minimise the radiation losses.
Parallel Flow/Counter Flow Heat Exchanger( With Rotameter/Without Rotameter)-ELSHADDAI–HMT–006
Manufacturer, Supplier, and Exporter of PARALLEL FLOW / COUNTER FLOW HEAT EXCHANGER ( With Rotameter / Without Rotameter ) by ELSHADDAI ENGINEERING EQUIPMENTS
Heat exchangers are the devices in which heat is transferred from one fluid to another. Common examples of heat exchangers are radiator of a Motor Car, Condenser at the back of a domestic Refrigerator and Steam Boiler of a Thermal Power Plant. The equipment consists of a tube in tube type concentric tube heat exchanger. Hot fluid flows through inner tube and cold water flows over the tube. According to the instruction given on the board, direction of cold fluid flow can be changed from parallel flow to counter flow arrangement.
Pin Fin Apparatus - ELSHADDAI –
HMT – 007
Manufacturer, Supplier, and Exporter of PIN FIN APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
Fins are used at various places to provide heat-conducting surface to reduce the temperature of attached surface. The equipment is designed to study the heat transfer in a pin type fin.
The equipment consists of Pin type fin fitted in duct on suction side of blower. Duct is provided with bell-mouth entrance. A heater heats one end of fin and heat flows to the another end. Orifice is fitted on delivery side of blower to measure the airflow rate. Heat input and temperature distribution along the fin is measured on control panel.
Refrigeration Test Rig - ELSHADDAI –
HMT – 008
Manufacturer, Supplier, and Exporter of REFRIGERATION TEST RIG by ELSHADDAI ENGINEERING EQUIPMENTS
The Refrigeration Test Rig works on vapour compression cycle. The refrigeration (i.e. process of maintaining a closed space temperature below ambient temperature) is accomplished by continuously circulating, evaporating and condensing a fixed supply of refrigerant in a closed system. Evaporation occurs at a low temperature and low pressure while condensation occurs at a high temperature and pressure. Thus it is possible to transfer heat from an area of low temperature (in this case calorimeter) to an area of high temperature (the surroundings). The required instrumentation is provided to measure the various parameters at different points. This includes pressure gauges, temperature indicators and controller, energy-meters, heater for applying load and flow meter to measure the refrigerant flow
Stefan Boltzmann Apparatus - ELSHADDAI –
HMT – 009
Manufacturer, Supplier, and Exporter STEFAN BOLTZMANN APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
This equipment is designed to determine the Stefan Boltzmann constant. The equipment consists of a hemisphere fixed to a bakelite plate, the outer surface of which forms the jacket to heat it.
Hot water, to heat the hemisphere is obtained from a heater in hot water tank which is fixed above the hemisphere. The copper test disc is introduced at the centre of hemisphere. The temperatures of hemisphere and test disc are measured with the help of thermocouples and temperature indicator. A timer is provided to measure the temperature of disc at the interval of 5 seconds.
Thermal Conductivity Of Insulating Powder - ELSHADDAI – HMT – 010
Manufacturer, Supplier, and Exporter THERMAL CONDUCTIVITY OF INSULATING POWDER by ELSHADDAI ENGINEERING EQUIPMENTS
This equipment is designed to determine the thermal conductivity of insulating powders.
The equipment consists of two thin walled concentric copper spheres. Inner sphere houses nichrome heating coil. Insulating powder is filled between the spheres. Heat flows radially outwards. Surface temperatures of spheres and heat input are measured by panellised instrument.
Computerized Boiling Heat Transfer Apparatus - ELSHADDAI –HMT – 011
Manufacturer, Supplier, and Exporter COMPUTERIZED BOILING HEAT TRANSFER APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
Our computerized boiling heat transfer apparatus is designed for precise experimental analysis of boiling phenomena. It features a robust boiling chamber with a controlled heating element, ensuring accurate heat input. Equipped with temperature sensors strategically placed within the chamber, our apparatus monitors and records temperature variations in real-time. A sophisticated data acquisition system interfaces with a computer, allowing for seamless data collection and analysis.
Absorption Column Apparatus - ELSHADDAI –
HMT – 012
Manufacturer, Supplier, and Exporter ABSORPTION COLUMN APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
An absorption column apparatus is essential in chemical engineering for studying gas-liquid absorption processes. It consists of a vertical column packed with structured or random materials to maximize surface area for efficient mass transfer between gas and liquid phases. Key features include controlled gas and liquid feed systems, solvent recirculation for continuous operation, and precise temperature and pressure controls.
Agitated Vessel - ELSHADDAI –
HMT – 013
Manufacturer, Supplier, and Exporter Agitated-vessel by ELSHADDAI ENGINEERING EQUIPMENTS
An agitated vessel is a vital apparatus in industrial settings for mixing and reacting substances. It comprises a robust container with an agitator mechanism, ranging from simple paddles to advanced impellers. Used extensively in pharmaceuticals, food processing, and chemical manufacturing, these vessels blend liquids, suspend solids, facilitate heat transfer, and enhance chemical reactions.
Boiling Heat Transfer Unit - ELSHADDAI –
HMT – 014
Manufacturer, Supplier, and Exporter BOILING-HEAT-TRANSFER-UNIT by ELSHADDAI ENGINEERING EQUIPMENTS
A boiling heat transfer unit is designed for studying heat transfer during the boiling process. It includes a chamber where a liquid is heated by a controlled element, causing it to boil. Equipped with temperature sensors, pressure controls, and a data acquisition system, it monitors and records real-time data crucial for understanding boiling phenomena
Cooling Tower Test-Rig - ELSHADDAI –
HMT – 015
Manufacturer, Supplier, and Exporter COOLING-TOWER-TEST-RIG by ELSHADDAI ENGINEERING EQUIPMENTS
A cooling tower test rig is a specialized setup used to simulate and analyze the performance of cooling towers in controlled environments. It includes a scaled-down tower structure with a water distribution system that evenly distributes water over fill material. A fan system generates airflow through the tower, facilitating heat exchange and evaporation. Temperature and flow measurement devices monitor key parameters, while a data acquisition system collects real-time data for analysis.
Critical Heat Flux Apparatus - ELSHADDAI –
HMT – 016
Manufacturer, Supplier, and Exporter critical heat flux apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A critical heat flux (CHF) apparatus is used to determine the maximum heat flux at which a boiling surface can operate without an abrupt increase in temperature. It features a controlled boiling surface, a heating element to apply heat, temperature sensors for monitoring, and a data acquisition system for real-time data collection.
Drag Coefficient Apparatus - ELSHADDAI –
HMT – 017
Manufacturer, Supplier, and Exporter critical DRAG COEFFICIENT APPAPRTUS by ELSHADDAI ENGINEERING EQUIPMENTS
A drag coefficient apparatus measures the drag coefficient of objects by subjecting them to controlled airflow. It includes a test section where objects are placed, flow measurement devices to gauge airflow velocity, and a data acquisition system to capture relevant data. This apparatus is crucial for aerodynamics research, helping engineers and researchers optimize designs for reduced drag in applications such as automotive, aerospace, and sports equipment development.
Film Wise And Drop Wise-Condensation - ELSHADDAI –HMT – 018
Manufacturer, Supplier, and Exporter critical FILM-WISE-AND-DROP-WISE-CONDENSATION by ELSHADDAI ENGINEERING EQUIPMENTS
Film-wise and drop-wise condensation are two modes of condensation observed on surfaces when vapor transitions to liquid. Film-wise condensation occurs when a continuous liquid film forms uniformly over the surface, allowing for efficient heat transfer. In drop-wise condensation, discrete droplets form instead of a continuous film, potentially enhancing heat transfer in certain conditions.
Forced Circulation Trav Diver - ELSHADDAI –
HMT – 019
Manufacturer, Supplier, and Exporter critical Forced circulation trav diver by ELSHADDAI ENGINEERING EQUIPMENTS
A Forced Circulation Thermal Vaporizer (FTV) is a device used in industrial settings to concentrate liquids or separate components through vaporization and condensation processes. It employs a pump to circulate the liquid through a heat exchanger where it is heated to its boiling point. The resulting vapor is then condensed back into liquid form. This method allows for efficient concentration of liquids or separation of components based on their boiling points.
Free Vortex Tube Appratus - ELSHADDAI –
HMT – 020
Manufacturer, Supplier, and Exporter Free Vortex Tube Appratus by ELSHADDAI ENGINEERING EQUIPMENTS
The Free Vortex Tube Apparatus demonstrates the Ranque-Hilsch vortex tube effect, where compressed air is introduced tangentially into a tube, generating a high-speed vortex. This vortex separates into hot and cold airstreams due to differences in velocity and energy of air molecules. The hot air exits through one end of the tube, while the cold air exits through the other
Heat Pipe Apparatus - ELSHADDAI –
HMT – 021
Manufacturer, Supplier, and Exporter Heat-Pipe-Apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A Heat Pipe Apparatus is designed to demonstrate the efficient transfer of heat using a sealed tube containing a working fluid and a wick structure. When one end of the heat pipe is heated, the working fluid evaporates, carrying heat to the cooler end where it condenses and releases heat. Capillary action in the wick returns the liquid to the heated end, completing the cycle.
Helical-Coil - ELSHADDAI –
HMT – 022
Manufacturer, Supplier, and Exporter HELICAL-COIL by ELSHADDAI ENGINEERING EQUIPMENTS
A helical coil is a tube or wire wound in a spiral shape around a central axis. This configuration maximizes surface area within a compact space, making it efficient for heat exchange applications such as heat exchangers and condensers. Helical coils are favored for their ability to enhance thermal efficiency while maintaining structural integrity and flexibility, making them versatile components in industries requiring effective thermal management solutions.
Insulating Powder Apparatus - ELSHADDAI –
HMT – 023
Manufacturer, Supplier, and Exporter Insulating powder apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
An insulating powder apparatus is used to assess the thermal insulation properties of powders or granular materials. It consists of a test chamber with temperature-controlled plates between which the powder sample is placed. By applying heat to one plate and measuring temperature changes across the sample, the apparatus calculates thermal conductivity or resistance.
Ion Exchange Apparatus - ELSHADDAI –
HMT – 024
Manufacturer, Supplier, and Exporter Ion-exchange-apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
An ion exchange apparatus is used to purify solutions by removing specific ions and replacing them with others of similar charge. It consists of a column filled with ion exchange resin beads through which the solution flows. The resin selectively binds target ions from the solution while releasing ions of similar charge. This process is vital in industries such as water treatment, pharmaceuticals, and chemical processing for achieving desired purity levels and meeting regulatory standards
LAGGED PIPE - ELSHADDAI –
HMT – 025
Manufacturer, Supplier, and Exporter LAGGED PIPE by ELSHADDAI ENGINEERING EQUIPMENTS
Lagging of pipe is required to prevent leakages of heat. The equipment is designed to study the lagging phenomenon. In this equipment three concentric pipes are arranged between two supports. The gap between the pipes are filed compactly by two different insulting materials and heater is provided at the centre of inner pipe. Temperatures at various points are measured with Temperature Indicator. Heat input is measured by Voltmeter – Ammeter.
Open Pan Evaporator - ELSHADDAI –
HMT – 026
Manufacturer, Supplier, and Exporter OPEN PAN EVAPORATOR by ELSHADDAI ENGINEERING EQUIPMENTS
An open pan evaporator is a simple yet effective device used to concentrate liquids by boiling off water. It consists of a shallow pan where the liquid is heated, causing water to evaporate. The evaporated water vapor is typically removed, leaving behind a more concentrated liquid or slurry. This method is commonly used in industries like food processing and chemical manufacturing to produce concentrated syrups, sauces, or chemical solutions.
Plate Type Heat Exchanger - ELSHADDAI –
HMT – 027
Manufacturer, Supplier, and Exporter PLATE TYPE HEAT EXCHANGER by ELSHADDAI ENGINEERING EQUIPMENTS
A plate type heat exchanger facilitates efficient heat transfer between two fluids using a series of corrugated metal plates. Each plate creates channels through which the fluids flow alternately. This design maximizes surface area for heat exchange while maintaining separation between the fluids. Plate heat exchangers are favored for their compact size, high efficiency, and ability to handle different flow rates and temperatures.
Rotary Dryer Apparatus - ELSHADDAI –
HMT – 028
Manufacturer, Supplier, and Exporter Rotary-dryer-apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A rotary dryer apparatus is used for drying materials by rotating a cylindrical drum heated internally. Wet material is fed into one end of the drum, where internal flights lift and cascade it through a heated airstream. As the drum rotates, moisture evaporates from the material, which exits the opposite end as dried product. This method is widely employed in industries like agriculture and mineral processing for drying bulk solids efficiently and effectively.
Shell Tube Heat Exchanger - ELSHADDAI –
HMT – 029
Manufacturer, Supplier, and Exporter shell tube heat exchanger by ELSHADDAI ENGINEERING EQUIPMENTS
A shell and tube heat exchanger consists of multiple tubes housed within a cylindrical shell. One fluid flows through the tubes while another flows over the outside of the tubes. Heat is transferred between the fluids through the tube walls, facilitating efficient exchange. This design provides a large surface area for heat transfer and is widely used in industries such as HVAC, chemical processing, and power generation for its effectiveness in heating or cooling fluids with high efficiency and reliability.
Single Effect Evaporator - ELSHADDAI –
HMT – 030
Manufacturer, Supplier, and Exporter single effect evaporator by ELSHADDAI ENGINEERING EQUIPMENTS
A single effect evaporator is a device used to concentrate liquid solutions by evaporating the solvent, typically water, under controlled conditions. The liquid is heated, causing the solvent to vaporize and leave behind a more concentrated solution or solid residue. The evaporated solvent is usually condensed and recycled.
Specific Heat Apparatus - ELSHADDAI –
HMT – 031
Manufacturer, Supplier, and Exporter SPECIFIC-HEAT-APPARATUS by ELSHADDAI ENGINEERING EQUIPMENTS
A specific heat apparatus is designed to measure the specific heat capacity of materials, which quantifies how much heat is needed to raise the temperature of a substance by one degree Celsius or Kelvin. It typically includes a calorimeter where the material is placed, a heating element to add heat, and instruments to measure temperature changes.
Steam Distillation Unit - ELSHADDAI –
HMT – 032
Manufacturer, Supplier, and Exporter steam distillation unit by ELSHADDAI ENGINEERING EQUIPMENTS
A steam distillation unit is used to extract volatile compounds from substances by passing steam through a mixture. The steam carries the volatile components, which condense and are collected separately after passing through a condenser. This method is effective for extracting essential oils from plants and purifying organic compounds in laboratory settings, preserving heat-sensitive substances better than traditional distillation methods.
Thermal Conductivity By Guarded Hot Plate - ELSHADDAI – HMT – 033
Manufacturer, Supplier, and Exporter Thermal Conductivity By Guarded Hot Plate by ELSHADDAI ENGINEERING EQUIPMENTS
Thermal conductivity measurement by guarded hot plate involves placing a sample between two metal plates—one heated and the other cooled—to establish a steady heat flow. Temperature sensors measure the temperature difference across the sample, allowing calculation of its thermal conductivity. This method is precise and widely used in research and industry to determine how well materials conduct heat, aiding in the development of efficient insulation and thermal management solutions.
Thermal Conductivity OF Metal Rod - ELSHADDAI – HMT – 034
Manufacturer, Supplier, and Exporter Thermal Conductivity OF Metal Rod by ELSHADDAI ENGINEERING EQUIPMENTS
The thermal conductivity of a metal rod describes its ability to transfer heat. This property is determined by applying heat to one end of the rod and measuring how quickly the temperature rises at the other end. Using precise temperature sensors and insulation to minimize heat loss, the rate of heat transfer is monitored and used to calculate the thermal conductivity of the metal. This measurement is essential for assessing the efficiency of metals in conducting heat, influencing their suitability for various industrial and engineering applications where thermal performance is critical.
Thermal-Conductivity-Of-Liquids-And-Gases - ELSHADDAI – HMT – 035
Manufacturer, Supplier, and Exporter Thermal-Conductivity-Of-Liquids-And-Gases by ELSHADDAI ENGINEERING EQUIPMENTS
The thermal conductivity of liquids and gases refers to their ability to transfer heat. Unlike solids, which have consistent values, the thermal conductivity of liquids and gases varies widely based on factors like temperature, pressure, and composition. In liquids, conductivity increases with temperature due to greater molecular movement, while viscosity and density also play roles. Gases have lower conductivity due to larger molecular distances.
Unsteady State of Heat Transfer - ELSHADDAI – HMT – 036
Manufacturer, Supplier, and Exporter Unsteady State of Heat Transfer by ELSHADDAI ENGINEERING EQUIPMENTS
Unsteady state heat transfer refers to situations where temperatures within a material or system change over time rather than remaining constant. This occurs during transient conditions such as heating or cooling processes, where heat transfer rates fluctuate as temperatures adjust. Understanding unsteady heat transfer is crucial in engineering and physics for optimizing system designs and predicting thermal behaviors under changing conditions.
Unsteady State of Heat Transfer - ELSHADDAI – HMT – 037
Manufacturer, Supplier, and Vertical & Horizontal Condenser by ELSHADDAI ENGINEERING EQUIPMENTS
Vertical condensers are oriented vertically, with vapors rising through a coiled tube or series of tubes where they contact a coolant flowing downward. This setup is common in laboratories and small-scale industrial processes.
Horizontal condensers are positioned horizontally, with vapors flowing through a tube bundle while coolant passes perpendicular to the vapor flow. This design is utilized in larger industrial applications like power plants and chemical processing.
Computerized Emissivity Measurement - ELSHADDAI – HMT – 038
Manufacturer, Supplier, and computerized emissivity measurement by ELSHADDAI ENGINEERING EQUIPMENTS
Computerized emissivity measurement involves using specialized equipment to accurately determine how efficiently a material emits infrared radiation. This process typically includes heating the material’s surface uniformly, capturing emitted infrared radiation with a detector, and analyzing the data using software to calculate emissivity values. This method is essential in industries like aerospace and automotive for precise characterization of material properties, optimizing thermal management, and ensuring accurate temperature measurements in diverse applications.
Computerized Composite Wall Apparatus - ELSHADDAI – HMT – 039
Manufacturer, Supplier, and computerized Composite wall apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A composite wall apparatus is designed to investigate heat transfer through structures composed of multiple layers or materials. It consists of panels representing different materials assembled in a frame. Heat sources and temperature sensors are used to measure and control heat flow across the composite wall, allowing study of conduction, convection, and radiation effects between the layers
Computerized Heat Pipe Demonstrator - ELSHADDAI – HMT – 040
Manufacturer, Supplier, and computerized Composite Heat pipe demonstrator by ELSHADDAI ENGINEERING EQUIPMENTS
A computerized heat pipe demonstrator is an educational device that showcases the principles of heat pipes using advanced controls and data acquisition capabilities. It typically includes a sealed tube with a working fluid and a wick structure, similar to traditional heat pipes, but enhanced with sensors and actuators. These components allow precise control over heating, cooling, and fluid flow parameters, enabling real-time monitoring and logging of temperatures and pressures during operation.
computerized Steady State & Non Steady Heat Transfer - ELSHADDAI – HMT – 041
Manufacturer, Supplier, and computerized steady state & non steady heat transfer by ELSHADDAI ENGINEERING EQUIPMENTS
Computerized steady-state and non-steady heat transfer analysis involves using computational methods to study heat transfer under different conditions. steady-state analysis focuses on scenarios where temperatures and heat fluxes remain constant over time, providing insights into how systems achieve thermal equilibrium.
Non-steady or transient analysis, on the other hand, examines situations where temperatures and heat fluxes change with time, such as during heating, cooling, or sudden environmental changes.
Computerized Stefan Boltzman Apparatus - ELSHADDAI – HMT – 042
Manufacturer, Supplier, and computerized Stefan boltzman apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A computerized Stefan-Boltzmann apparatus is designed to measure thermal radiation emitted by surfaces according to the Stefan-Boltzmann law. It features a blackened surface or target whose emitted radiation is detected by sensitive instruments and analyzed using computerized data acquisition systems.
Computerized Thermal Conductivity Of Liquid - ELSHADDAI – HMT – 043
Manufacturer, Supplier, and computerized Thermal conductivity of liquid by ELSHADDAI ENGINEERING EQUIPMENTS
Computerized measurement of thermal conductivity in liquids utilizes specialized equipment to accurately assess how effectively a liquid conducts heat. This involves applying controlled heat to the liquid within a controlled environment, measuring temperature changes with precision using sensors, and employing sophisticated data acquisition systems for analysis.
Free And Forced Convection Apparatus - ELSHADDAI – HMT – 044
Manufacturer, Supplier, and Free and forced convection apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A free and forced convection apparatus is used to investigate heat transfer in fluids under different conditions.
For free convection, it simulates natural fluid motion driven by temperature differences, where heated fluid rises and cooler fluid sinks. This setup typically includes a heated surface in contact with the fluid.
For forced convection, the apparatus induces fluid flow using external mechanisms like pumps or fans. This method enhances heat transfer compared to natural convection by forcing fluid movement over a heated surface or through a pipe.
Metal Bar Apparatus - ELSHADDAI –
HMT – 045
Manufacturer, Supplier, and metal bar apparatus by ELSHADDAI ENGINEERING EQUIPMENTS
A metal bar apparatus is used to measure the thermal conductivity of metals by applying heat to one end of a solid metal bar and measuring temperature changes along its length. This setup typically includes temperature sensors and a controlled heating mechanism to calculate how efficiently heat transfers through the metal
Guarded Hot Plate With Data Acquisition - ELSHADDAI – HMT – 046
Manufacturer, Supplier, and Guarded hot plate with data acquisition by ELSHADDAI ENGINEERING EQUIPMENTS
A guarded hot plate with data acquisition is a precise instrument used to measure the thermal conductivity and thermal resistance of materials. It features a setup where a sample is placed between a heated plate and guarded plates that minimize heat loss. Temperature sensors embedded in the plates and the sample collect temperature data, which is analyzed using data acquisition systems
Heat Transfer Lagged Pipe& Data Acquisition - ELSHADDAI – HMT – 047
Manufacturer, Supplier, and Heat transfer lagged pipe& data acquisition by ELSHADDAI ENGINEERING EQUIPMENTS
A lagged pipe setup involves insulating a pipe to minimize heat loss or maintain specific temperature conditions. Temperature sensors placed along the pipe monitor temperature variations. Data acquisition systems connected to these sensors record and analyze temperature data continuously. This setup is essential in industries like HVAC and chemical processing for optimizing thermal efficiency and ensuring temperature stability in various processes and systems.
Multi Heat Exchanger With Data Acquisition - ELSHADDAI – HMT – 048
Manufacturer, Supplier, and Multi heat exchanger with data acquisition by ELSHADDAI ENGINEERING EQUIPMENTS
A multi-heat exchanger with data acquisition consists of several heat exchangers equipped with advanced systems to monitor and record operational parameters. These parameters include temperatures, flow rates, pressure differentials, and heat transfer rates. This setup allows real-time assessment of heat exchanger performance, facilitating optimization of efficiency and effectiveness across various applications in industries like HVAC, refrigeration, and chemical processing.
Parallel And Counter Flow Heat Exchanger - ELSHADDAI – HMT – 049
Manufacturer, Supplier, and Parallel and counter flow heat exchanger by ELSHADDAI ENGINEERING EQUIPMENTS
Parallel and counter-flow heat exchangers are two main configurations used to transfer heat between fluids efficiently:
Parallel Flow: Fluids enter and exit the heat exchanger in the same direction. Heat transfer occurs as fluids move alongside each other, which is effective for applications where a large temperature difference is not required.
Counter-Flow: Fluids flow in opposite directions within the exchanger. This configuration maximizes the temperature difference between the fluids along the exchanger length, leading to higher overall heat transfer efficiency compared to parallel flow.
Plate Type Heat Exchanger With Data Acquisition - ELSHADDAI – HMT – 050
Manufacturer, Supplier, and Plate type heat exchanger with data acquisition by ELSHADDAI ENGINEERING EQUIPMENTS
A plate type heat exchanger with data acquisition features multiple corrugated metal plates arranged to facilitate efficient heat transfer between two fluids. Integrated data acquisition systems monitor and record parameters such as fluid temperatures, flow rates, pressure differentials, and heat transfer rates in real-time. This setup is essential in industries like HVAC, chemical processing, and food production for optimizing thermal efficiency, improving system performance, and ensuring precise control over thermal processes through detailed data analysis and monitoring.
Shell & Tube Heat Exchanger & Data Acquisition - ELSHADDAI – HMT – 051
Manufacturer, Supplier, and Shell & tube heat exchanger & data acquisition by ELSHADDAI ENGINEERING EQUIPMENTS
A shell and tube heat exchanger with data acquisition is a versatile system used for efficient heat transfer between fluids in various industries. The exchanger consists of a series of tubes within a larger shell, allowing one fluid to flow through the tubes while another flows around them. Integrated data acquisition systems monitor parameters like fluid temperatures, flow rates, and pressure differentials in real-time.
Computer Controlled Heat Transfer Teaching - ELSHADDAI – HMT – 052
Manufacturer, Supplier, and Computer controlled heat transfer teaching by ELSHADDAI ENGINEERING EQUIPMENTS
Computer-controlled heat transfer teaching utilizes advanced systems to educate students on the principles and applications of heat transfer. These systems integrate simulation software and physical apparatuses with sensors and actuators, allowing students to interact with real-time data on temperature gradients, heat fluxes, and thermal properties.
Jacked vessel with coil & stirrer - ELSHADDAI –
HMT – 053
Manufacturer, Supplier, and Jacked vessel with coil & stirrer by ELSHADDAI ENGINEERING EQUIPMENTS
A jacketed vessel with a coil and stirrer is a versatile setup used in laboratories for controlled chemical reactions and processes. The vessel has a double-wall construction, allowing for precise temperature regulation with a heating or cooling fluid circulating in the space between the walls. The coil enhances heat transfer efficiency, while the stirrer inside agitates and mixes the contents thoroughly
Extended Surface Heat Exchanger - ELSHADDAI –
HMT – 054
Manufacturer, Supplier, and Extended surface heat exchanger by ELSHADDAI ENGINEERING EQUIPMENTS
An extended surface heat exchanger, also called a finned-tube heat exchanger, enhances heat transfer efficiency by incorporating finned surfaces on the tubes. These fins increase the surface area available for heat exchange, allowing for more effective cooling or heating of fluids. Commonly used in HVAC systems, refrigeration, and industrial processes, they optimize energy efficiency and temperature control in applications where space constraints or large temperature differentials are factors.
Laws of radiant heat transfer and radiant heat exchange - ELSHADDAI –HMT – 055
Manufacturer, Supplier, and Laws of radiant heat transfer and radiant heat exchange by ELSHADDAI ENGINEERING EQUIPMENTS
Radiant heat transfer follows key principles: the Stefan-Boltzmann Law states that the heat emitted by a surface is proportional to its temperature raised to the fourth power. Kirchhoff’s Law links a surface’s emissivity to its absorptivity, indicating good absorbers are also good emitters. Planck’s Law defines the spectral distribution of radiation emitted by a blackbody. The Inverse Square Law describes how radiant intensity decreases with distance from the source
Protective guard - ELSHADDAI –
HMT – 056
Manufacturer, Supplier, and Protective guard exchange by ELSHADDAI ENGINEERING EQUIPMENTS
A protective guard is a safety barrier used to shield individuals from hazards such as moving machinery parts or dangerous substances. Typically made from materials like metal or plastic, these guards are strategically designed to prevent accidental contact and minimize the risk of injuries in industrial and construction environments. They play a critical role in ensuring workplace safety by adhering to regulatory standards that specify their use and effectiveness in safeguarding workers and equipment.
Magnus Frame - ELSHADDAI –
HMT – 057
Manufacturer, Supplier, and magnus frame by ELSHADDAI ENGINEERING EQUIPMENTS
The Magnus frame is an experimental apparatus designed to demonstrate the Magnus effect, which causes a rotating object in a fluid (like air or water) to experience a perpendicular force. This phenomenon is observed in sports and aerodynamics, where spin influences the trajectory of balls and projectiles. The frame typically suspends a rotating cylinder or sphere in a controlled airflow, allowing researchers and students to study the aerodynamic principles behind the Magnus effect in a controlled environment.
Humidity Measurement Bench - ELSHADDAI –
HMT – 058
Manufacturer, Supplier, and Humidity measurement bench by ELSHADDAI ENGINEERING EQUIPMENTS
A humidity measurement bench is a specialized setup used to accurately measure and calibrate humidity levels in controlled environments. It typically includes precise instruments like hygrometers and psychrometers for assessing relative humidity and other humidity parameters. This equipment is essential in industries such as pharmaceuticals, food processing, and meteorology, ensuring that humidity measurements are reliable and consistent for maintaining product quality, research integrity, and regulatory compliance.
Water To Air Heat Exchanger Accessory - ELSHADDAI –
HMT – 059
Manufacturer, Supplier, and Water to air heat exchanger accessory by ELSHADDAI ENGINEERING EQUIPMENTS
A water-to-air heat exchanger accessory facilitates efficient heat transfer between water and air in HVAC systems. It typically consists of tubes or plates that enable thermal energy exchange, allowing hot water from a boiler or another source to heat air for indoor spaces or process applications. These accessories are integral to improving energy efficiency and maintaining comfortable environments in buildings and industrial settings by facilitating effective temperature control and heat distribution.
Pitot static traverse plate - ELSHADDAI –
HMT – 060
Manufacturer, Supplier, and Pitot static traverse plate by ELSHADDAI ENGINEERING EQUIPMENTS
A Pitot-static traverse plate is a device used in fluid mechanics and aerodynamics to measure airflow characteristics in ducts or wind tunnels. It consists of a flat plate with multiple strategically placed holes. By inserting a Pitot tube or static pressure probe through these holes and traversing it across the cross-section of the duct or tunnel, engineers can accurately measure total and static pressures at different points.
Closed Cycle Hot Air Engine Sterling Engine - ELSHADDAI –HMT – 061
Manufacturer, Supplier, and Closed cycle hot air engine sterling engine by ELSHADDAI ENGINEERING EQUIPMENTS
A closed-cycle hot air engine, like the Stirling engine, operates using a working gas (such as helium or air) that is cyclically compressed and expanded between hot and cold heat exchangers. This thermodynamic cycle harnesses temperature differentials to drive pistons or a mechanical shaft. Unlike combustion engines, it doesn’t burn fuel internally, making it quieter and potentially more efficient. Stirling engines are used in applications requiring reliable, low-noise power generation, such as solar energy systems, micro-cogeneration units, and some specialized aerospace applications.
Thermoelectric Heat Pump - ELSHADDAI –
HMT – 062
Manufacturer, Supplier, and Thermoelectric heat pump by ELSHADDAI ENGINEERING EQUIPMENTS
A thermoelectric heat pump uses the thermoelectric effect to transfer heat when an electric current passes through semiconductor materials arranged in thermocouples. One side of the device becomes cooler (the cold side) while the other side becomes hotter (the hot side). This technology can be used for both cooling and heating by reversing the direction of the current flow. It is compact, operates silently without moving parts, but generally has lower efficiency compared to traditional refrigeration systems.
Thermal Conductivity Of Building Material - ELSHADDAI –HMT – 063
Manufacturer, Supplier, and Thermal conductivity of building material by ELSHADDAI ENGINEERING EQUIPMENTS
The thermal conductivity of a building material describes how well it conducts heat. It measures the rate at which thermal energy travels through the material when there is a temperature difference across it. Materials with high thermal conductivity allow heat to pass through quickly, while those with low thermal conductivity resist heat flow, making them better insulators. This property is critical in building design for managing energy efficiency and maintaining comfortable indoor environments.
Marcet Boiler - ELSHADDAI –
HMT – 064
Manufacturer, Supplier, and Marcet boiler by ELSHADDAI ENGINEERING EQUIPMENTS
The Marcet boiler is a laboratory device used to demonstrate the relationship between temperature and pressure of water in a closed system, following principles of thermodynamics. It consists of a stainless steel vessel equipped with a pressure gauge and thermometer. As water inside the boiler is heated, measurements of pressure and temperature are taken at various points.
Perfect Gas Law Demonstration Unit - ELSHADDAI –
HMT – 065
Manufacturer, Supplier, and Perfect gas law demonstration unit by ELSHADDAI ENGINEERING EQUIPMENTS
A perfect gas law demonstration unit is an educational apparatus used to illustrate the principles of the ideal gas law PV=nRTPV = nRTPV=nRT. It typically includes a chamber with pressure and temperature sensors, allowing students to vary the volume and temperature of the gas inside. By observing real-time data from these sensors, students can explore how changes in pressure, volume, and temperature relate to each other according to the ideal gas law.
Radiation Errors In Temperature Measurement - ELSHADDAI –HMT – 066
Manufacturer, Supplier, and Radiation errors in temperature measurement by ELSHADDAI ENGINEERING EQUIPMENTS
Radiation errors in temperature measurement occur when infrared thermometers or other non-contact devices are affected by infrared radiation emitted or reflected by nearby objects. These errors can arise from differences in surface emissivity, reflections from shiny surfaces, background radiation sources like sunlight or hot surroundings, and the distance or angle of measurement. To mitigate these errors, it’s crucial to calibrate thermometers correctly, adjust emissivity settings appropriately, and ensure measurements are taken in controlled environments free from reflective surfaces and extraneous infrared sources. Periodic calibration against known temperature standards also helps maintain accuracy.
Perfect Gas Laws Demonstration Unit - ELSHADDAI –HMT – 067
Manufacturer, Supplier, and Perfect gas laws demonstration unit by ELSHADDAI ENGINEERING EQUIPMENTS
A demonstration unit for the perfect gas laws can be set up using a syringe or piston apparatus with a pressure gauge and thermometer attached. By adjusting the syringe’s volume while measuring pressure and temperature, you can illustrate Boyle’s Law (pressure and volume relationship), Charles’s Law (volume and temperature relationship), and the combined gas law (pressure, volume, and temperature relationship). This setup allows students to observe how gas properties change under controlled conditions, reinforcing key concepts of gas behavior in a practical manner.
Determination Of Heat Flux Under Pool Boiling And Flow Boiling In Various Regimes - ELSHADDAI –HMT – 068
Manufacturer, Supplier, and Determination of heat flux under pool boiling and flow boiling in various regimes by ELSHADDAI ENGINEERING EQUIPMENTS
The equipment consists of a cylindrical glass container containing distilled water. The heating surface is in the form of a nichrome heater submerged in the water to initially heat the water up- to the required temperature to study the critical heat flux phenomenon at various bulk temperatures. The temperature of the water in the container is measured with the help of a thermometer. Electrical supply to the best heating wire is given through a dimmer stat and the power input is measured with the help of a voltmeter and an ammeter.
