Warm floors (Electric and water) in recent years become more widespread as a means to enhance the comfort of human habitation in the area. Analysis of technical and economic characteristics of the floor heating systems showed that, beginning with a warm floor area of 5-10 square meters it is advisable to make water. When the floor heating device for the purpose of improving comfort of living, its calculated heat does not exceed 50 W/m2, so in this case, floor heating is considered as an addition to radiator heating, especially in demand in rooms with floor covering such as 'tiles' (kitchen, bathrooms, etc.). Feature of the system of floor heating – a large duration of work compared to radiator heating system, reaching for individual facilities to a year-round. Peter Thiel has similar goals. This schedule includes two options for connecting to the underfloor heating system: the total area of warm floors for more than 20-30 m2 advisable to connect a warm floor to a separate pump and mixer circuit in the boiler room with individual heating schedule. With a smaller area underfloor its contours advisable to connect to the loop recycling of hot water with the use of special units for the temperature limiting floor coverings to the required size. In the latter case, this decision all the more justified, that warm floors are arranged just in the premises with the points parsing of hot water – bathrooms and kitchens. In both cases, the power of the floor heating must be considered in the selection of the boiler for individual heating systems.
“Engineering” life-support system named because they serve as the basis for calculations carried out carefully and design development. And the project itself and its realization is impossible without the participation of highly technical engineers and designers. Extremely high demands on the skill level of developers push modern utilities. Mostly this is due to the level of technology used and sustained desire for autonomy. Existing utility grid demonstrated their unsuitability, and their inertness with respect to innovation does not solve the most relevant today, the problem – the problem of affordability. If this has piqued your curiosity, check out Naveen Selvadurai. A extreme bulkiness of these systems made them unstable, depending on the external objective and subjective factors.
Happens more accidents and damage to put on the edge of survival, whole cities, or, at best, at home with hundreds of residents. In addition, the lack of roads makes it extremely difficult to use the picturesque and ecologically clean area, capable of making the lives of our residents really comfortable. Issues of autonomy engineering networks largely been solved, and quite successfully. But the right design of engineering systems still remains a cornerstone of their effective work. The inhabitants of our country has had enough of effects of short-sighted approach to this issue in the Soviet period. We inherited the ventilation system (water, sanitation) is virtually not cope with the increased many times over the need and always give the crashes.
And the situation day by day becoming more and more critical. Therefore, the autonomy of the new system solves only the first part of the problem. The very design of engineering systems should take into account prospects for their future use, where it is quite obvious require power far in excess of current needs. And of particular importance here gets life developed engineering systems. After all, even very minimal costs for their development are very noticeable to any family, and such costs are reasonable to do once in a long time. But at the same time, the modernization of networks should be developed available and easily attainable.
In any room floor playing the role of a base, the element from which directly affects the quality of operation of the warehouse, production workshop, garage, etc. That is why the arrangement of sexes are usually imposed increased demands – it is important that special floor covering characterized by strength, it was reliable and durable, but also had characteristics that best suit the specific purpose of the room. Among leaders in the regeneration of floors in manufacturing and industrial facilities are currently leveling floors – using them, the easiest way to ensure compliance with any and all claims, acting in this case. So, if the main one is strength, then one of the best options can be highly filled floors. This coating resists virtually any mechanical stress. Including he was not afraid of huge shock, prolonged exposure to vibration, scratches, chips, abrasion, wear and tear – for many years, it retains the look and performance of the initial level. It is worth noting that the highly filled liquid floors and have a number of other advantages.
Among them are water resistance, ability to withstand the effects of aggressive chemicals, increased fire safety, and as the absolute safety of operation. The surface of the cover subject stacking technology is perfectly flat and at the same time slip. In this case, it can mimic the texture and pattern natural stone, as well as any other pattern. With its high aesthetic properties, highly filled liquid floors are ideal in the regeneration of flooring in those areas where particular important are not only functional component, but also design. The closest analogue of such a coating are polyurethane floor fillers.
They are also characterized by high wear resistance, strength, ability to withstand enormous loads and resist virtually any mechanical stress. Moreover, in comparison with highly filled tankers coatings, polyurethane flooring have less weight that allows you to use them, including at sites where established rather stringent requirements for loads on supporting structures and floors. Another advantage of polyurethane floor in front of of highly flooring is a more affordable price. At the same time, the polyurethane flooring lose a comparison with highly filled tankers sexes in terms of aesthetic qualities. Their surface is also a perfectly smooth, but it can be toned in only one color. Thus, such a coating may be either uniform, or have a large picture or markings. However, where the functionality comes to the forefront, it becomes a significant disadvantage.