These stainless steel vessels with large burners and piping are thermal fluid heaters used in industries such as chemical, textile, or food processing. They circulate heat-transfer oil (not water) at high temperature for precise heating.

A hot water boiler where the hot gases from burning fuel pass through the boiler tubes three times (three-pass) before leaving. This design increases the efficiency by allowing more heat to transfer to the water. It's commonly used in factories or big buildings to supply hot water for heating or processes.

A mechanical device that heats water to produce steam. Steam is used in many industries to drive turbines, for cleaning, or heating purposes. It's a key part of many mechanical power systems because steam can easily be controlled and transferred.

A vertical version of the steam boiler, designed to stand upright to save space. These are often used in small industries or tight spaces where a horizontal boiler would not fit. It works the same way but has a different layout.

A tank with a metal coil (pipe) inside. Hot or cold fluid flows through the coil to either heat or cool the liquid inside the tank. It's used in heat exchangers, milk chillers, or chemical storage tanks where temperature needs to be controlled.

A complete boiler system built into a movable container or room, so it can be taken to different locations. It includes a boiler, pumps, controls, and safety devices. Used at construction sites, emergency repair work, or during system upgrades in factories.

A small cooling machine that removes heat from a liquid (usually water or glycol). It uses a refrigeration cycle to keep equipment or processes cool. Used in laboratories, small factories, or where precise cooling is needed for machines like laser cutters, injection molding machines, etc.

A system that produces and stores ice during the night (when electricity is cheaper), and then melts that ice to cool water during the day. This helps save energy costs and is used in dairies, beverage plants, and air conditioning systems in large buildings.

These include special valves, pipes, safety devices, and storage tanks that can handle extremely low temperatures. In mechanical engineering, such accessories are important when dealing with liquid gases like nitrogen or oxygen.

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These are support tools and equipment used to maintain clean and safe water in swimming pools. This includes filters, chlorinators, pumps, heaters, and sensors. From a mechanical point of view, they involve fluid mechanics, pump systems, and chemical handling.

A system that produces and stores ice during the night (when electricity is cheaper), and then melts that ice to cool water during the day. This helps save energy costs and is used in dairies, beverage plants, and air conditioning systems in large buildings.