The upper part of the cornice, walking on the ceiling, must be firmly mate with him. This part of the ceiling should nasech and before pulling out a well-wetted with water. Best stuff on the ceiling, nails and oplesti their wire. Nail-heads at This should not be up to the front surface traction at 20 millimeters. Inserting into the rules of the template determines the thickness of the plaster gallop. If it is thicker than 50 millimeters, you should fill oplesti their nails and wire, and cap nails should be drowned in the thick of the solution to 20 millimeters.

Then, between the rules of plaster moistened with water and throw a mortar scratch coat creamy thickness. After his seizure put a layer of solution (soil) is the same density, but not thicker than 10 millimeters. For each application layer solution must stretch template. When pulling the template profile board cuts excess solution, forming a profile cornice. Pattern should lead smoothly to the pressure on the bottom right and without interruption.

After each pull-rule pattern, in particular the profile board, clear of the solution. Grunt cornice pull until until a perfectly smooth pull without shells, roughness, with exactly the elongated bummer. Pulling primer template are forward side-bound steel roofing. Steel Profile easier cuts off all the speakers and does not place traction grow (come forward). Otraschivanie traction occurs only in the lime-plaster solutions due to the increase in the amount of gypsum. After pulling the last minute after 5 – 10 template again stick to the rules and hold them for another two or three times 'Isser', while strongly pressed to the template rules. This drawing 'on tearing off'. It is necessary to pattern freely passed on to the rules, and between the elongated primer cornice and profile board has turned the space into 2 – to 3 millimeters solution. Pulling should be done together. One leads template, pressing it firmly to the rules and traction, while the other holds the pattern of a falcon, collecting his cut profile board solution that is applied to traction.

What do you think is best for the consumer: the production of furniture to order or purchase of furniture finished? If you conduct a poll on this issue, you can get two groups of respondents, each of which will be to prove his innocence. Let's look at the advantages of furniture manufactured to individual orders, because it has more positive attributes compared to the finished furniture sold in furniture stores. Firstly, furniture manufacturing allows us to vary the cost of finished goods. If a furniture showroom, choosing furniture ready, we already see the latest price, the production of furniture to order we can give, for example, from expensive hardware, add or remove a mirror, choose a suitable material for the manufacture of our purse. It all depends on your individual preferences and design views. Secondly, manufacture of furniture for individual orders helps to ensure a precise furniture sizes and dimensions that can occupy a niche in your apartment.

What is it gives you? That way you save a free area room and rationally distribute furniture to his apartment. For example, you have a small hallway, but you want to install a small corner cabinet. Only the production of furniture according to individual sizes help satisfy your need. Thirdly, the production of furniture made to order – it's an opportunity to create the interior design of the room. If the purchase of furniture finished you will have to continue to pick up various accessories and furnishings under the acquisition of furniture, then ordered the production of furniture is all quite the opposite. You are already dictate the conditions and eventually get a piece of furniture, a fully corresponding to the current design. As you see, furniture by individual orders has three distinct indisputable advantages in comparison with the finished cabinet furniture. However, we do not know which side individuals you have chosen, so we will not impose their point of view.

One of the important challenges facing the country's power is the solution to the problem of power supply reliability. Power cables that were previously used for laying nets designed to medium, low and high stress, in many cases obsolete. Today, the domestic industry unable to meet the growing demand for power cables of the new generation – an opportunity to buy a cable with improved features directly from the manufacturers. The modern cable production offers consumers the power cables of three types: paper-insulated lead-in shell, with xlpe insulation (Polyolefin) and conventional, insulated by a thermoplastic polyethylene. If we evaluate the advantages and disadvantages of each type of power cables, it turns out next. An important advantage of cable with paper impregnated insulation designed for low and medium voltage (this brand of asb, sb, sg, tsasb, cbs and others) – stable electrical characteristics.

However, the disadvantages are the laborious process of manufacture, expensive and, besides, the heavy metallic shell of this type of power cable. Sales of cable insulated with a thermoplastic polyethylene is becoming larger scale, however, and this kind of power cable (it's brand vvg, avvg, VBbSh, AVBbSh, kvvg and others) can not be called universal, although the cost of such cables are more than acceptable. Power cable with plastic insulation has very low resistance to high temperatures, comparable to the melting point of polyethylene. The most up to date power cable suitable for use in both low and high voltage, as well as withstand severe thermal stress, is a cable with xlpe insulation. High mechanical strength, power cable (it's brand ABvBbSh, AnBn, PVBbSh, PvVG and others) due to "cross-linking" of polyethylene. "Matching" means processing of isolation at the molecular level – resulting in a three-dimensional structure of the insulation material with exceptional properties.

Power cables with xlpe insulation have a working temperature range when operating in emergency mode, more than similar options paper insulated cables with an average of 30%, and the cable from an ordinary polyethylene – by 60%. In addition, "stitched" negigrosokopichny cables and have high strength characteristics. These properties are given to these power cables by using a process of "matching" silanes – grafted organo-functional groups. For power cables, designed for medium voltage is applied another way of stitching – peroxide, in a dry environment. This is necessary in order to ensure the immutable physical and mechanical properties of the cable in the transverse direction and to achieve stable electrical characteristics.

Maple or Acer – genus of trees and shrubs of the family maple Aceraceae. Tend to grow maple in deciduous and mixed forests and bred for timber, juice, decorative or greening purposes. Most are small or medium-sized trees up to 30 meters tall. Crohn's round, broad, thick, diameter 15 – 22 meters. The bark is dark gray, with small cracks. Leaves large, up to 18 centimeters, pyatilopastnye, dark green, glossy, painted in autumn hues of golden-yellow to purple. The flowers are yellow-green, small, fragrant, collected in corymbose inflorescences.

Maple The fruit is a dvukrylatku splits into two one-seeded fruitlets. Wood has an almost white, sometimes with a slightly yellowish tinge. Sapwood and mature wood are virtually identical. Over time, Maple is slightly yellow. Maple is an elegant material for interior decoration, if you focus on a contrasting background for dark furniture. Maple is prone to cracking, and therefore requires very careful adherence to drying. From a variety of maples, native to Eurasia, the most common and important in economically include maples platanovidny, field, and Tatar.

The wood of these large tree species is different hardness and uniform density. From it are produced mainly furniture, wooden doors and musical instruments. All species of maple are mainly light tones. The texture of maple wood is dense, viscous, homogeneous and has sequins. Maple is well cut and polished. Light maple wood is a replacement for lime as a softer and material, or birch, as pins and hygroscopic material. Maple, being dense and hard wood, well-handled cutting tools and is a good material for carving works. The finest of cutting in any direction does not violate the clarity, purity and smoothness of the picture. Given the soft linden wood and its low strength characteristics – maple preferable to use, if producing wooden doors or furniture. However, keep in mind that the products of the maple will be significantly heavier than those of lime. To the listed advantages of the maple and it is necessary to add a small tendency to warp and swell.