Underfloor Heating Technology Benefits


Underfloor heating is one of the most popular heating systems today. It is practically invisible and promises an even heat in the room.

Underfloor heating technology offers these advantages

Those who opt for underfloor heating benefit from numerous advantages.Underfloor heating Alkmaar

  • Underfloor heating is invisible and does not take up storage space with radiators
  • Underfloor heating promises cozy warmth throughout the room
  • You can combine underfloor heating with low-heating systems. This way, you can save money while protecting the environment.

In the meantime, Underfloor heating Alkmaar has become so popular due to its many advantages. You can design it as hot water or electric underfloor heating.

The cozy warmth of the underfloor heating is created by the gentle and mild radiant heat that comes from below. Cold feet no longer exist in a house with underfloor heating, even walking barefoot, the healthiest form of walking, is a pleasure again. You cannot deny the profitability of underfloor heating.

The underfloor heating also ensures environmentally friendly heating solutions. You can easily operate this with alternative energies. You may combine it with the heat pump or solar collectors. At the same time, alternative energies ensure further savings, because the energy is obtained more or less free of charge. Allergy sufferers are also well advised to use underfloor heating.

The disadvantages of underfloor heating technology

Underfloor heating also has some disadvantages that should not be ignored when choosing the future heating system. These disadvantages include the time delay when changing the temperature control. Refurbishment and installation are somewhat more complex, more time-consuming and also more expensive than with classic heating variants.

An important disadvantage of underfloor heating is the “sluggish” process of heating the room. It takes more time than with classic radiators to heat it up as much as desired by dissipating the heat through the floor to the room air. For this reason, the underfloor heating should not be turned down too much overnight.

One of the most frequently cited disadvantages of underfloor heating is the cost of installation and repair. These are significantly higher than with classic heating systems. However, the costs have already been reduced with the ongoing development of underfloor heating. Building owners do not have to budget for this heating system.

However, one disadvantage of underfloor heating technology still remains. After you put it into operation, you must first adjust it for each room individually. The living room has a different feel-good temperature than the bedroom or the kitchen. In the living room you usually want it to be cozy and warm. In the kitchen, you should find a middle since the temperature rises here anyway when cooking and baking.

Why do umbrellas fold over in strong winds?

A young woman is fighting against the storm with her umbrella

If the wind is too strong, the umbrella folds up. The cause is a principle of fluid mechanics: The wind creates a strong upward pull. This happens even to the most durable umbrellas like those from MidTownumbrellas. Similar effects can also be observed in other areas of everyday life.

A look out of the window: It’s pouring with rain. So you take your umbrella with you. It does its job and keeps you dry – until a strong gust of wind comes. The umbrella immediately folds up. The fact that the umbrella folds over is not – or only partially – due to the wind blowing into the umbrella from below. Rather, a physical effect causes the screen to get out of shape. This effect is based on a law of fluid mechanics.

Suppose you hold your parachute perfectly vertical and the wind blows exactly horizontally. In this idealized case, the air flows around the screen in a very specific way: Due to the curved surface, the air particles move faster directly above the screen than in front of or behind it. So the air accelerates above the screen and there is a suction upwards. If you now hold the handle of the umbrella tightly and don’t give in to the force of the upward pull, the umbrella itself reacts: the spokes give way – the umbrella folds over. The underlying mechanism is explained by Bernoulli’s law (see box below).

We also encounter the effect that causes the screen to fold down in many other places in everyday life. For example, the curved trajectory of rotating balls—whether football, baseball, or tennis ball—is related to Bernoulli’s Law. The effect should also be taken into account when camping: When the wind blows over a dome tent, its shell bulges outwards. However, the best known is probably the lift experienced by the wings of an airplane. This is the only reason why the machines can take off at all. Helicopter rotor blades have a camber on top for the same reason. Unlike airplanes and helicopters, upward suction is generally undesirable for umbrellas.

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Bernoulli’s law

In idealized liquids and gases in which there is no friction, the sum of dynamic pressure, static pressure, and gravitational pressure always remain constant – this is Bernoulli’s law.

Dynamic pressure is the pressure created by the velocity of a liquid or gas when the liquid or gas is dammed by an object. You can feel this pressure, for example, when you put your feet in a flowing stream or when you put your hand out of the window of a moving car.

Static pressure is an all-around pressure caused by the movement of particles in liquids or gases. It increases as the temperature rises. Because temperature is a measure of the average speed of the particles that make up a liquid or gas.

Gravitational pressure is created by the gravitational pull of that part of a liquid or gas that is above the point at which the pressure is measured. For example, air pressure is the gravitational pressure of the air column above our heads.

In the 18th century, the Swiss physicist Daniel Bernoulli was the first to recognize and formulate how the different pressures in flowing liquids and gases are related – based on the energy conservation of Newtonian mechanics.


where r is the density and v is the velocity of the liquid or gas, ps is the static pressure, and pg is the gravity pressure. In the case of the umbrella, the equation can be simplified because the air flows horizontally. As a result, the gravitational pressure is almost the same everywhere. However, the other two pressures change the way of the air particles. Because of the higher speed, the dynamic pressure above the umbrella is greater than in front of or behind it – and the static pressure is therefore correspondingly smaller. This reduction in pressure corresponds to the suction felt when the wind blows over the umbrella and eventually causes it to fold over.