Insulator manufacturing - Import export

NEOPOR® MEANS OPTIMAL INSULATION. As soon as packaging not only has to protect, but also insulate, Neopor® is used, a version of Styropor® that contains graphite. The expanded foam features impressively low thermal conductivity combined with high compressive resistance, providing the basis for energy-efficient solutions. Among other things, Storopack uses Neopor® to manufacture insulating boxes for packaging and shipping temperature-sensitive products such as food and medicines. Insulating boxes and system solutions made of Neopor® ensure that goods are always kept within a set temperature range, independently of the active cooling system in the laboratory, warehouse, or truck. Thanks to outstanding heat and cold insulation properties, high compressive resistance, reliable shock absorption, low weight, and guaranteed low moisture absorbency, Neopor® packaging is not only tailor-made for products, but also secure and temperature-resistant.

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.

The HELOX 4 has been a proven test instrument for quality control of IG units for more than 30 years. The analyser is preferred by test institutes and the central labs of the insulated glass manufacturers. A paramagnetic measuring cell that selectively measures the residual oxygen, and which consequently is the primary measurement method, is used as the measuring technology for this analyser. This has the advantage that the user does not need to know which gas type is in the IG unit. On the display the gas concentration of the gas sample is shown. A rechargeable battery can be integrated as an option, which enables the devices to also be used directly on the construction site. A sample is injected with a gas syringe. This offers the advantage that only minimal gas quantities are required and you can check the function of the gas analyser yourself.