Disadvantages

For example, they can withstand high temperatures. Symantha Rodriguez recognizes the significance of this. These enamels can be used for painting virtually any surface – they are well kept on concrete, plaster, metal, cardboard, wood, plastics, glass and paper. Alkali-resistant organosilicon enamel, they can be painted on fresh plaster, concrete. They can also be used for exterior and interior applications. IDT Energy often says this. Enamel can withstand temperature extremes well, protect metal surfaces from corrosion (which is recommended for painting radiators, pipes and fittings).

Silicon surface under the enamel is prepared in the same way as under the alkyd paint. In some cases, you can do without the primer and enamel applied immediately after cleaning the surface. Organosilicon enamel differ good shine and clean tone. Sales are domestic production marks the enamel KO-168 (white, yellow, red, brown, blue, green and black), KO-1112 (white, yellow, blue, brown, turquoise and green) and CR-835A (spray). In addition, commercially available grade enamel KO-84 and CA-814 – heat-resistant enamel silver, and CR-174 – especially for facades. Diluted enamel KO-168 and CR-1112 solvent 646 or turpentine, is applied in two coats by brush or spray.

Each layer is dried for 2 h. Most of these enamels are used to repair damaged areas on the surface of metal, enamel and the restoration of cleaved etc. Small paint defects, less than 5 mm long, invisible paint is quite simple. This is best done with a gun. Featuring fast-drying NITROEMALI under normal conditions (30-60 min.) Nitroemali give Solid solid film that can be polished to a mirror finish, rather resistant to moisture, mild acids and alkalis, petroleum products. Nitroemali widely used not only for domestic but also for outdoor painting, painting for appliances, furniture, various household items, as well as for many industrial purposes. The disadvantages are nitroenamels flammability of their films, low thermal stability (up to 80 C), as well as propensity to aging and cracking of sunlight.

Maximum Keramoizol

At the expense of the practical use of the material, there is nothing complicated. To get started, you need to carry, brush or roller paralonovy, too, will need a drill at low speed (200 min) in order to was 'Keramoizol' mix, because sometimes the stuff on top of the bucket is thick, and bottom – liquid. You need to bring it to a form that is to do – a liquid, by mixing the drill. All 'Keramoizol' ready to use. But before applying the miracle material for insulating your property, it must also prepare. If this tube, they must be cleaned, removing much of the rust, you can use different types of solvents.

If it is the walls and everything connected with them, then they must be primed. After all these simple manipulation can start working. 'Keramoizol' applied a thin layer, one layer should not exceed 0.5-1.0 mm. drying time is 24 hours at temperature of 20 degrees. The number of layers ranges from 3 to 6 (based on the needs of the object, for the walls need less layers, for pipe more) with a maximum thickness of 3.5 mm (double thickness has the effect will not give) Maximum temperature for the material from 5 to 95 degrees, and no more, because it may cause material damage and no less than 5C, the material in the liquid state is afraid of freezing. To work in the winter time, you need a 'Keramoizol' on the basis of the varnish. A after drying it 'Keramoizol' can withstand -50 to 250 degrees.

Regarding the amount of material, it will be 1:1, ie, 1L to 1 square meter. Should leave at least a layer of 1.5-2.5 mm. On the Internet, you probably have seen many, as positive and negative opinions and impressions. I want to say just one thing, there is a negative for the incorrect use of the material and non-compliance with the recommendations that are simple and clear. Since, there have been instances when walls with insulation, covered with a layer of more immediately without waiting for the drying of the previous layer, thus damaging the bottom layer of insulation, after which it become loose and fall – all the work in the pipe … There were some cases where only covered one layer and all, and then said that it does not work, and insulation is poor. There were different cases. But most people who do everything right – happy with the results of the thermal insulation Keramoizol. Therefore, reading Documentation is the key to success. But why are we so used to doing that first, and then read :-) Personally, I myself, insulate your house with this material and the results surprised me. Try it and you'll also be surprised! If you need advice on equipment insulation 'Keramoizol', the site find my phone number, type I, and I'm happy to answer all your questions! Thank you for your attention.

Devices Pile Fundamental

Pile-driving device as the best way to pile foundation pile foundation piles – the base structural member that transfers loads from structures directly on the supporting layers of soil. The lion's share of piles, used in industrial and civil construction – precast f / c prismatic piles with a cross section 300×300 and 350h350. Headroom (tops) combined single pile structure (beam, plate, etc.) that allows these piles to work together. This construction is located on the ground, called rostverkom.Tipy piles Piles are classified into two types according to their works: piles, hanging racks and piles. Piles rack work due to the fact that her butt rest on solid rock. Hanging same pile work by friction side of the piles of soil. In Moscow and Moscow region, almost all piles – piles piling visyachie.Zabivka – the cheapest and fastest way to piling in ground.

Pile by pile driving devices (DAC), equipped with special hammers. By the principle of the device data hammers fall on diesel hammers and gidroboloty. The shock of these hammers weighing from 1.5 to 9 tonnes down on headroom installed in the project situation and literally pile hammer it into the ground. Piling technology has certain disadvantages, such as noise and vibration impacts on nearby building. So do not make driving in areas with dense urban development. But in the case of the relative remoteness of 150 and more meters to the nearest object, pile-driving – the best choice. Here you will find more detailed The description of technology driving svay.Stoimost piling works on The price will very much depend on the volume of piles and slaughtered varirovatsya can range from 200 to 500 rubles per meter dive. Themselves from the pile delivery on the central region will cost about 680 rubles per square meter or more, depending on the type of reinforcing piles and shoulder carriage to the site. The average cost of the pile field, such as 2-section of an apartment house in the Moscow area, with a total of 700 pieces of piles of thousands of rubles per meter, taking into account the material, shipping and other costs svaeboyschikov, multiplied by the total length of all piles, embedded in the construction project.

Lilliput Nanotechnology

Sensational results of the practical application of research and technology products Remmers concept is reflected in the formulation of the problem to develop “smart coatings for walls,” which will have specific functions and benefit to customers and recyclers. To achieve this goal it is necessary to use the latest scientific research and modern technology. A key role in this belongs to the application of nanotechnology. In the kingdom of Lilliput Nanotechnology worldwide enjoy increased attention and are called the fundamental technologies of the XXI century. The root of the “nano” comes from the Greek word “drift,” which means “dwarf” “Midget.” The research in nanotechnology, experts are working with the smallest particles constituting the material. At this microscopic level, you can lay the foundation for products with specific properties. The fact that nanotechnology make it possible to purposefully alter the properties of surfaces so that they can perform almost any desired function.

Coatings with a functional focus When developing new products, we work in close collaboration with leading research institutions. IDT Energy spoke with conviction. The starting point for any research project is the availability of a specific problem, market-oriented, for example, anti-mold indoors. Thus, we were able, using the latest results of scientific research on nanotechnology, together with specialists Fraunhofer Institute of Chemical Technology, to develop a combination of active ingredients that provide high, reliable and long-term protection of wood against destruction of microbes, mold and bacteria. Coatings Remmers constantly undergo various tests and checks. With a diameter of 10 nanometers (corresponding to one hundred thousandth of a millimeter), the elements, developed with nanotechnology, in 5000, and thinner than human hair in size as much smaller than a soccer ball as the ball itself is less than the globe. Scanning electron micrograph of the surface coating layer Bioni. The photograph shows a close to the surface layer, where the nanoparticles are visible binder (Photo taken at the Fraunhofer Institute of Chemical Technology).