Sharpening tile is on a special machine and hydraulic. The frequency of disc rotation during grinding of stone slabs should be high enough to avoid chipping the glaze on the tile. When docking tiles and acrylic baths (abutting the side of acrylic bathtubs and walls, tiled) there is a serious problem in filling the tub with water is deformed, its edges away from the walls, respectively, when you wash, the water falling on the walls, dripping on the floor. Conventional methods of sealing this seam is not help because almost any material, glued to the acrylic does not stay on deformation. To avoid this, we devised a very efficient way. On the wall where the tub is installed, tile is laid to the floor, and to the edge bath. Further, under the last row of tiles laid T-shaped plastic profile with a fairly hard edge, the second plane of this profile, pre-lubricate with silicone, lies with the board of the bath. Then bath jack so that the board close to the edge of the tile rested.

Thus, the profile is trapped between the wall tiles and bath board. When filling it with water, even if deformation occurs, it does not affect the junction leakage and the side walls of the bath. Tiles laid on a special tile adhesive, with proper installation and smooth walls and floors of adhesive consumption is around 25 kg to 4-5 m Grout joints mezhplitochnyh by a special grout. The ceilings in the modern interior is almost an integral part. But not always in the draft is laid ceiling just for aesthetic reasons. Very often vertical drop from the ceiling about zero up to large enough quantities, and therefore mounting the ceiling is made only for practical reasons. The same applies to old houses, in which 'Native' ceiling is a poor foundation for plastering his (wooden floors, old w / w floors with a large depreciation, etc.).

Acrylic Material

Water-dispersed acrylic material – the invention sufficiently known. The first related to the development of twentieth and thirties, but then their development has prevented World War II. Triumphal procession waterborne acrylic materials began immediately after the war, and it was understandable, because many had to be restored and for limited funds. Unfortunately, the "iron curtain" was and is an insurmountable obstacle. Soviet industry has not gone further than PVA glue, bustilat and primitive water-dispersion paints based on PVA, suitable only for malootvetstvennyh works. As a result, the Soviet Union left behind in these matters, forcing its citizens paint everything banal oil paint, putty and glue the oil-filler, while in Europe all this has long been a subject of folk tales. Because of the backlog in the production of advanced materials, there serious lag in construction technology.

Builders were forced to work not with what you need and the fact that there is. When in the early nineties, the situation began to change radically, the builders were largely not willing to develop new water-dispersion acrylic materials. Most textbooks on the subject seriously out of date, many aspects were not covered at all in our literature and have been very strong stereotypes about the poor level of quality of water-dispersed materials. Water-dispersed materials are produced mainly based on three types of dispersions: polyvinyl acetate (PVA), styrene-butadiene (BS) Acrylic (AK). All three types have their advantages and disadvantages. Since the dispersion of PVA is indispensable in adhesives for wood, but the colors on the basis of their nevodostoykie and therefore have a very narrow scope, despite the low price.

True, there are different Water-resistant PVA copolymers, yet they are inferior in color acrylic dispersions and their cost is quite high. Butadiene dispersions in good adhesives that require water resistance, but have limited light resistance, which makes them undesirable for use outside of work. Paint on this type of variance inexpensive, but can only be used inside buildings. Acrylic dispersion is more expensive than listed above, but they are the most versatile. It is no accident that Europe is based on acrylic dispersions is more than 70% of all manufactured inks. It should be noted that the acrylic water-dispersion paints are not only tightly captured construction market in Europe, but also invade the more sophisticated industries such as automobile and shipbuilding. What is the advantage over oil and alkyd paints: 1) Durability. Acrylic paint on the facade is 8 – 12 years, some cases – up to 30 years, oil 1.5 – 3 years, alkyd 3 – 5 years. 2) Environmental safety. Paints do not emit harmful substances (primarily solvents) as the substrate, and in operation. 3) Good hygienic properties. Paints form a "breathable" coating, permeable to vapor, but impermeable to liquids. 4) Fire – and explosion protection, both during storage and application, and during the operation. 5) Easy and convenient to use. Paint dry 30-40 minutes at room temperature and normal humidity. 6) Affordability. Environmental, fire safety and hygienic water-dispersion paints was the reason for the prohibition by law in several North American states, solvents, paints in all areas of construction. In Europe, also published a number of laws restricting the use of materials on the basis of solvents. Russia, though with lag, but also moving in the right direction. For example, there are restrictions on the use of materials on the solvent in children's hospitals.

Exterior Insulation Apartments, Balconies, Facades

Cold?? Wet?? Expensive to pay for space heaters? What a harsh winter, the greater the cost of heating buildings. And the worse the insulation at home, the more energy must be spent on heating it. High intake Energy is a heavy load, not only for the purse, but also for the environment. Performing postulate a simultaneous concern about the state of our wallets and the environment is possible! Without giving up the habit live in warm rooms, we can spend less money on the purchase of gas, electricity, oil or coal. Excellent proven solution for both old and new buildings is an additional wall insulation "Wet method". It is to fix the special adhesive insulating foams, to protect their surface polymer compositions, reinforced fiberglass and a special layer of plaster applied. Building, insulated in such a way that provides a high level of thermal comfort in the room, reduce costs and emissions into the environment, and elevations with an attractive purchase individual expressive form. Effectiveness of the method depends on a number of advantages to which, in the first place, include: increasing the effective thermal insulation capacity of walls and bridges, eliminating "cold"; update the facade at preservation of its architectural forms, light weight, usually not affecting the carrying capacity of the building, the ability to align the wall in the plane, easily adaptable to existing insulation boards architectural details of the facade (cornices, pilasters, etc.) do not change the temperature in the insulated wall: inside the building temperature is +20 C, and the outside is cold -10 C. The temperature of the inner surface of the wall +10 C, ie significantly lower than the temperature established in the area. This causes a noticeable unpleasant movement of cold air into the room, and the consumption of energy necessary to maintain the heat in the room greatly increased.

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