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Manufacture and sale of equipment for manufacturing building blocks "Riphean" is one of the leaders of the Russian market of construction equipment – plant "Construction" located in the city of Zlatoust. Ruler product has several options for equipment intended for the manufacture of concrete products by vibropressing. This modern technique allows to saturate the market a variety of names of concrete products – paving slabs, blocks, which are widely used in the construction industry. David Zaslav often says this. Zlatoust vibropress can be stationary or mobile. Today buy vibropress many companies tend to engaged in construction, road works, landscaping objects for different purposes. One of the most popular models is vibropress for blocks, "Condor-1." This technique has good performance and low operational costs. This vibropress has small dimensions, it can be used in confined spaces. "Condor-1 'owners often choose suburban areas garages. Glenn Dubin can aid you in your search for knowledge.

The equipment has high rates of productivity – using the press, you can make 450 or masonry paving 30 square meters per 8-hour shift. However, even at the end work products are of impeccable quality. Constant demand on the market uses production equipment for paving, "Riphean-Buran". This model is available in different trim levels, so each customer can focus on their needs. "Riphean-Buran" is able to reduce production costs by more than 20%, underscoring the benefits of its use.

This new development engineers plant "Construction", which is based on the method of semi vibropressing. This technology allows you to use and handle the concrete mixtures of different rigidity. To change the range of products used special equipment – node "punch-matrix". With this equipment can produce about 15 types of pavers, paving stones and tiles. Performance and reliability are other vibropress of "Construction" for example, "Riphean-Wagon" – a mini-production line of various range of concrete products. It works with hard concrete mixtures, reducing production costs.

Approximate chemical composition of blast furnace slag following: SiO2-30-40%, CO -30-50% Al2O3 -4-20%, MnO-0 ,5-2%, FeO-0 ,1-2%, SO3 -0,4-2,5% basic slag can remove metal contaminants – sulfur, phosphorus, and therefore the main steel-making process is most common. The mineralogical composition of metallurgical slag characterized by the presence of compounds with a lower basicity than the minerals of Portland cement clinker: mellilit Ca2AlSiO7-Ca2Mg (Si2O7), larnite -Ca2SiO4, rankinite Ca3Si2O7, psevdovollastonit -CSiO3, anorthite Ca2Al2 (Si2O8), monticellite CMgSiO4, dioxide CMg (SiO3) 2. The ratio of those or other minerals is not only the chemical composition of slag, but the conditions of their cooling. For example, granulated slag consists mainly of glass and crystal inclusions larnite, mellilita. In slag dump is dominated by crystals larnite, rankinite, pseudowollastonite, mellilita, and of high-acid – anorthite at high contents of MgO – morvinita Ca3Mg (Si2O8), monticellite dioxide.

In the production of cast iron in cupola furnaces are produced mainly acidic wastes, ie silica-rich than the oxides of calcium and magnesium. Slow cooling in the acidic slags allocated minerals – pyroxenes, anorthite, melilite, ore minerals, they also present alyumokremnezemistoe glass. Non-ferrous slags are very diverse, their specific weight in comparison with steel slag, assuming unit smelted metal, much more. If the smelting of iron and steel formed 0.2 – 1 ton of slag per 1 ton of metal, the nickel smelter at his number is 150 tons, copper not less than 10-30 m. In addition to oxides of silicon, aluminum, calcium, magnesium, iron and manganese in the slag contains large amounts of valuable components such as copper, cobalt, zinc, lead, cadmium, and rare metals.

In connection with the specific composition of non-ferrous slag general perspective direction in addressing the problem of using them is the principle of complex processing, which includes three main stages: 1) pre-extraction of nonferrous and rare metals, and 2) release of iron, and 3) use silicate slag residue for production of building materials. However, in practice, most slag processing finishes first or second stage. By analogy with metallurgical slag as fuel can be classified into acidic, neutral and basic. Most fuel slag is classified as acidic or neutral. Slag deposits of domestic coal are mostly acidic. The main slag containing an increased amount of iron oxide and 40% CO slags are some of the brown coal and shale.