Underfloor heating system - Import export

NEOPOR® MEANS OPTIMAL INSULATION. Neopor® comes into its own when perfect insulation is called for. The expanded foam is a version of Styropor® that contains graphite with insulation properties that are ten percent better. The very low thermal conductivity combined with high compressive resistance makes it the perfect material for technical molded parts. Storopack uses Neopor® to manufacture insulation elements for building sections such as the roof and walls as well as perimeter bases and panels for laying underfloor heating systems. Up to 70 percent of heat energy can be saved with Neopor® thermal insulation compared to homes with no exterior insulation. Storopack products made of Neopor® are used in heating and air conditioning applications for insulating boilers, pumps, and heating controls and as housing for modern home ventilation systems. The technical molded parts can be expanded to optimally fit around contours so that no heat is lost.

EPS MEANS OPTING FOR MAXIMUM FREEDOM. Technical molded parts made of expanded polystyrene (EPS) are the material of choice when it comes to good moldability, light weight, and outstanding insulation. EPS is ideal for the lost foam casting process. This involves embedding an EPS foam model of the desired component within a casting chamber in molding sand and dissolving it by pouring in molten metal. Compared to other processes, this affords greater design freedom when creating the cast parts, because neither built-in parts nor connections are necessary. As such, even complex cast components can be produced easily and particularly inexpensively. EPS also serves the construction industry well: Due to their very low thermal conductivity, technical molded parts are used as insulation elements and panels for underfloor heating systems. They can also be used as formwork elements. Whether for individual geometries or technically demanding structures, EPS makes it possible.

CSN® explosionproof flow heaters are used for heating up flowing gases and liquids in hazardous areas. The devices consist of explosionproof flanged immersion heaters, which are installed in corresponding pipe or pressure vessel. Our products realize individual solutions for complicated technical process. Different heating systems for heating up liquids, nitrogen or other gases activate exact determinded processes in chemical factories. In close discussion with our customers problems will be defined and changed in technical optimale solutions. Our QualityManagementSystem ensures the high quality level of our customers. Further information about our CSN® Exflow heater

nduction Heating and Joining in one turnkey system. This turnkey system is used to heat electric motor housings with various dimensions for a wide range of joining processes. Example Heating System 1: the die-cast aluminium housing for an asynchronous motor (diameter 450 mm) is heated to approx. 290°C in approx. 5 minutes to fit the wound stator package. The parts are loaded and unloaded from the feeding belt parallel to the working time. The heating process takes place in two independent work stations. The generator has a switched output which means that only one generator is required for the two heating stations. The system is controlled using a SIEMENS PLC controller. Example Heating System 2: the aluminium housing (diameter 140 mm) of a synchronous motor is heated to approx. 280°C in approx. 3 minutes to fit the stator. The component is loaded into and unloaded from the heating station semiautomatically. The system is controlled using a PLC.

Like the slightly less powerful MA series, it is guaranteed absolutely exhaust-free hot air. In addition, the units can be operated not only with oil, but are also approved for gas operation. The operating mode can be flexibly adapted to the conditions on site. Thus, the devices can be used in all areas. Hot air hose systems can also be connected without any problems thanks to the high-performance radial fans. Consequently, effective heating from outside is also possible without any problems. The recirculation module ensures efficient and economical operation. The oil burner blowers are made of high-quality materials by renowned manufacturers. They work so efficiently that 93% of the energy can be converted into heat.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.