What Are Heaters and How Do They Work?
Electric baseboard heaters
Electric baseboard heaters work by transferring heat through convection. They do not require a central heating unit, so they can heat several rooms at once. Some homeowners also use them in conjunction with a full central heating system to provide extra heat in certain areas. These heating units are commonly used in basements and other rooms that the central heating system does not reach.
Another advantage of electric baseboard heaters is that they’re easy to clean. While cleaning isn’t necessary every day, it’s important to keep the unit free of dust and debris. Dust can cause the heating system to work harder and increase your energy bill. Make sure to vacuum the baseboards regularly to avoid this issue.
Oil-filled electric space heaters
Oil-filled electric space heaters are a great way to heat a room without spending a lot of money. They are powered by electricity and contain a diathermic oil that retains heat for long periods of time. This heated oil then circulates across the fins of the heater, releasing heat into the room. This type of heater does not use fans, so it relies on convection to disperse the heat. These heaters are also very powerful and do not need to work constantly to produce heat.
One disadvantage of electric space heaters is that they are not as energy efficient as natural gas. However, they are a safer alternative than electric ones. The difference in cost between electricity and natural gas depends on region. For instance, electricity is cheap in Western Kentucky.
Radiant air heaters
Radiant heating is a common method of warming a home. It works by sending heat from a hot object to the surrounding air or objects. Examples of radiant heating are campfires, light bulbs, grills, hot coffee, and more. Radiant heating systems use equipment placed beneath the floor that is heated by water or electricity. The water or electricity is passed through heated pipes and wires that rise up through the room to warm the occupants.
These heaters work by emitting infrared radiation. All objects radiate energy proportional to their temperature. This energy then travels out in invisible electromagnetic waves and is absorbed by objects in its path. Because radiant heat is directional, it does not lose heat as it travels through air. It warms up objects and people instantly.
Flexible heaters
Flexible heaters are ideal for applications where temperature control is important. They provide optimal heating performance and chemical and moisture resistance. They are often mounted using PSA (pressure-sensitive adhesive) mounting systems. However, they are not suitable for all applications. For instance, they should be carefully examined before installation. You should also consider the space available for mounting the flexible heater before purchasing it.
Flexible heaters are available in many varieties. Some are wire wound, screen printed, or chemically etched, and can be molded to fit contours. Each type has its own unique size, shape, and thickness. Some have added components to improve their performance. In addition to being durable and efficient, flexible heaters are also easy to adhere to various substrates.
Industrial heaters
Industrial heaters are used in a variety of applications. Some are used for the curing of materials and some for the annealing of work-hardened parts. Both types require different types of heating units. Industrial heaters can be shaped to fit various HVAC ducts, or they can be fitted into a specific industrial duct. Another type of industrial heater is a flexible one, which conforms to the shape of the object it is designed to heat. This allows for optimum contact with the surface that it is being used to heat.
Another popular application of industrial heaters is the lumber industry. Because industrial heaters provide good temperature control, they help manufacturers increase production efficiency. Some models even allow the owner to monitor heat loss.
