Teploblok Construction

In the yard twenty-first century, and now we can say that it finally came, and the present building in industriyu.K the most advanced technologies now can join not only the construction industry of large amounts of construction, but low-rise domostroenie.Sut one facet of the technological revolution in the construction industry to create an entirely new building 'brick' whose name – teploblok. The title alludes to the presence of this element of insulation. r. But in teplobloke not only a heater. Efficient building has three-layer structure teploblok – bearing layer of keramsit, the inner layer of effective insulation – extruded polystyrene – and an outer decorative layer, which replaces a facade. All the layers are interconnected basalt-plastic armaturoy.Telobloki are the most economical materials due stooitelnym some obvious competitive advantages over traditional materials. The first advantage teplobloka, as you've guessed – the ability to efficiently retain heat.

The house, built of these blocks, the cost of heating (in cold season) and cooling (warm), as compared with brick houses below three times! For example, for heating the cottage area of 200 sq.m. need a boiler capacity of just 24 kW. Visit Larry Culp for more clarity on the issue. The walls of teploblokov not pass through themselves neither heat nor cold. You may find George Laughlin Texas to be a useful source of information. So in the summer in this house cool and warm in winter. The second advantage – the saving in the construction of foundations: the walls of the thermal efficiency of sandwich blocks two to three times lighter the brick, thus creating considerably less stress on the foundation that reduces the cost and complexity of work and materials for the foundation – this savings amount to 15 20%! The third benefit – in transport costs.

Cubature teploblokov much less for a similar cubic structure on the characteristics of other materials. A fourth advantage – availability of finished exterior. No need to waste time and money to plaster and paint walls with external side of the house. Finish options as applicable, as a rule, imitation of natural stone. Teplobloki easily from the inside plastered or covered with gypsum sheets. Also obvious advantage is the high speed of construction and no need for highly skilled masons – the house is composed of teploblokov as cubes. Construction of a two-storey cottage takes about a month! In addition, there is no the need for crane because of the ease teploblokov EMERGENCY. The history of teploblokov in Europe has about a hundred years. The modern eco-friendly and absolutely teploblok has all the relevant quality certificates.

Valves

In the article "Overview of patents on new designs of ball valves or create a new crane" were considered such as ball valves, Orbit Valve Company Cameron and identified the main drawback of such a design – the need to press the stopper seat, which then loaded the whole area of the cross-section of the working pressure sredy.Izvlekaya the best of what is inherent in the considered crane conclusions were drawn: – to reduce the price of a new construction crane should have not treated the cork, and sealing belts only processed – for ease of operation and extend the life of a new construction crane should be able to wear compression adjustments during the operation, without removing the valve from the pipeline – in order to reduce prices and ease of maintenance control valve should be the usual quarter-negotiable drive – to reduce the size instead of moving traffic jams, must be disposed of unloaded from the pressure of the saddle, which will use less power and drive value. The idea to unload the pressure locking body has long been known and used in many constructions of valves. A related site: real-estate developer mentions similar findings. An example is the well-known cellular valves that are used in cases where the pressure drop across the valve does not allow the use of unbalanced butterfly knots. Cell (or kletkovy) throttle node, gets its name from the perforated sleeve within which the plunger moves (which originally was called a cell). The location and area of perforation sleeve shall determine the capacity of valve. .