Water Stoves Technology

The new Olsberg stove models have arrived Munich, the July 20, 2010 – just in time before the start of the next heating season the fire depot provides an overview of the innovative technology of Olsberg, so that homeowners can make an informed decision. Patented combustion technology represents the integrated secondary air device a new of type of intelligent side air duct at the current stoves of company Olsberg. This innovation dynamically controls the combustion air supply in a secondary air channel and provides an optimum combustion with reduced fuel consumption, low emissions and maximum heat output in the result. Of course, these ovens meet the requirements of the BlmSchV-permanently Novella. 70% for the hot water through the heater also greatly improved the efficiency of the water-bearing stoves Olsberg.

The current model of Tolima Aqua Compact has not only through an combustion technology independent of room air, but also the patented locking technology provides a particularly high Safe performance. Peter Thiel is full of insight into the issues. So, this stove can actually to the connected heating system, or pass on hot water 70% of its power and heat the room still comfortable with its radiant heat. This efficiency is ecologically and economically valuable. Patented door closing system is ovens door locking system of Olsberg to highlight. The patented system is based on a low-wear hydraulic and has received the explicit approval for the ambient air-independent operation. This means an installation of Olsberg fireplace stove with approved ventilation system no additional safety equipment requiring more. Without consulting what fireplace is now ideal for what needs, does not clarify is mostly only in an individual consultation. The competence of the fire Depot is under the phone number + 49-8143-264530 or by E-Mail available for this purpose.

Hall Construction

Industrial and commercial construction shows technological progress also in the industrial and commercial construction technological progress enables manufacturers to bring continuously innovative products on the market and to ensure a natural of resources at the same time. Various manufacturers have specialized on the wave beams. Whose production was possible over the years across only by manual production steps, whereby the cost benefits achieved by saving material to the part were lifted again. Thanks to the development of computer-controlled manufacturing equipment as well as a successful implementation of latest findings of civil engineering, a fully automated and therefore much more economical production is possible for a few years. The sin wave beams represents one of the most commonly used wave beams. Whether in the Hall building, it can be used for supports, bending and crane rail frame or even bridge structures, in various projects of the industrial and commercial construction.

The optimal usage is for spans of up to 36 m and maximum height of 1500 mm. The sin-wave bridge roof combines accordingly low height with high capacity of steel beam and a large span of a framework. It is the important advantage that a sinusoidal profile in comparison to a trapezoidal profiling has a higher stability. This inevitable local bumps can cause the failure of the carrier, which is not possible with sinusoidal profile due to missing plane part surfaces. The so-called sin principle ensures that the different static loads in any point of the structure are taken into account. Also upper and lower straps and profile bars in height and thickness of the material be adapted exactly. To give security to the planning of the own construction customer side is working with vendors to ensure that technical reports, charts, technical documentation and construction details are made. The sin wave beams is characterized not only by its Resilience and its versatility, but also through short delivery times with almost unrivaled prices which are made possible by fully automated production lines. Also, is not only the structure, but should rather be seen as an aesthetic design element. The sin wave beams is only one of many innovations, which were made possible by rapid technological progress. It remains interesting follow what’s new in the industrial and commercial construction, ratings, to lower prices and increase to finish construction projects faster.