materials

New Buses

Flexible copper bus is used now for fixing the wires. New technology used to create a tire creates a complete security and reliability of this product. Design feature, which has a flexible copper bus makes its installation easy and convenient. This type of bus used in low voltage distribution systems to protect the circuit and the uninterrupted supply of energy to the final consumer. Flexible copper bus intended for distribution and protection circuits. Installing this type of equipment can save time to install it. Follow others, such as NYC Mayor, and add to your knowledge base.

This kind of tires does not require the creation of additional holes to install it. Flexible bus is attached by means of special mechanisms for fastening. This mounting system fits all tires. This versatile and very comfortable. flexible copper bus not only allows you to save a place in the electric shield, but provides uninterrupted flow of electricity. There are several types of flexible copper bars. Flat flexible copper bus reduces the complexity of the preparatory work process, it reduces the aggressiveness of foreign environment that has a positive impact. Profile flexible copper bus has a complicated cross-section.

Its installation is done using special terminals, it is to withstand up to 4000A of current. Increasing the safety of production. flexible copper bus has many advantages. Apart from the fact that it requires no drilling to install, it still has a high quality, simple design, compact, direct electrical contact. Apart from all this bus can be equipped with automatic terminal, which will, if necessary, turn off the power. flexible copper bus is made from strips of up to 0.2 mm end of the bus makes more monolithic. Due to this increases the quality of the connection. Bus can be applied to aluminum and bronze detail. Using a flexible copper bus, you will protect their production, to ensure an uninterrupted supply of energy and reduce space.

Germany System

Slab insulation glued to the wall from the bottom up with ligation of the joints: the displacement of seams horizontally, jagged wound dressings on the corners of the building. Edge insulation reinforced with special corner profiles. Mounting heater to the wall by dowels. On the surface of insulation applied adhesive solution, reinforcing the stack and decorative finishing. Due to the high vapor permeability of the outer protective and decorative layer accumulated in the array of heater condensing moisture easily evaporates out. Russian builders are well known to the system 'wet' type of German firms texcolor, heck, alsecco, ispo. In Germany, these systems are classified according to fire: Class A1 – non-flammable, which uses mineral materials without polymer components that meet the most stringent requirements for fire safety class A2 – non-flammable, which uses mineral materials with polymer additives. For example, in the insulation system texcolor wdvs A2 apply mineral adhesive solution 'OK 1000' to bond insulation, mineral reinforcing filler 'OK 2000' for reinforcement, lightweight mineral plaster rsl for finishing protective and decorative layer, consisting of containing 4% polymer component.

Its presence provides a system A2 advantage in strength, elasticity and durability to the system A1. The service life of the system, according to the technical certificate State Construction Committee of Russia, at least 30 years. As a heater in the systems A1 and A2 apply mineral wool. For example, the system texcolor wdvs A2 comes with plates, Rockwool (Denmark) brand Fasade Siab or slabs Paroc (Finland) brand RAL4, RAL5. According to the fire resistance of these systems are designed for all levels of fire resistance of buildings.