Research On Ceramic Particles Adiabatic System Development And Management For Buildings In Hot Summer And Cold Winter Zone

Building use heat insulation coating is an effective method of energy saving on the building, it can effectively cut off most of the thermal radiation, reducing the wall surface heat gain and lower air conditioning load in summer, and improve the indoor thermal comfort.In this paper, a new building ceramic particles insulation system, discusses the relative to other types of reflective insulation coating of difference and advantage, and then puts forward some Suggestions for the marketing management of this coating.The application of the heat insulation coating in hot summer and cold winter areas was system analyzed. The hot summer and cold winter region of intermittent construction model for the influence of the energy consumption was analyzed. Analysis found that the hot summer and cold winter area residential building energy consumption is given priority to with summer cooling, heat insulation requirements clearly. Winter heating period is shorter, so heat insulation coating has a good applicability in hot summer and cold winter area.Building ceramic insulation system was form by setting up a theoretical system of "interface" study, from the microcrystalline structure formed on the radiation heat insulation film, ceramic heat insulation coating and thermal conductivity vacuum matrix layer three layer structure; Groundbreaking increase chromium, aluminum, graphite material such as swim up against radiation ion coating resin. Building ceramic insulation system follow the classical thermal physical wave theory, research environment between sunlight and indoor artificial heating differences in physical wavelength, hot state; Is suitable for building palisade structure surface, outdoor insulation/thermal radiation primarily (for thermal wavelength0.23microns) WQ series and is given priority to with indoor "heat preservation"(for thermal wavelength5-30microns) of NQ series products. Materials on the basis of the original single coating engineering application effect, upgrade for composite coating system combination; Give full play to the thin body, heat insulation, the application of ternary structure complementary advantages; completely solve the traditional application of defects existing in the building energy-saving materials. System material price cheap, construction is convenient, no engineering application security hidden danger, no pollution of the environment; Highlighted through practical engineering application and acceptance testing, system the advantage of high-tech materials on synthesis, brings to the rough traditional building energy-saving materials made of the effect of disruptive change.The reflection heat insulation class coating quantitative description method of energy saving effect was put forward. In this paper, the ceramic heat insulation coating, for example the reflection of heat preservation and heat insulation performance of thermal insulation coating was studied, and a quantitative analysis by comparing the Settings from the perspective of energy consumption, backward calculated the equivalent thermal resistance of ceramic heat insulation coating, tried to a thermal insulation system in engineering applications of thermal parameter values to provide the reference.This paper puts forward building ceramic particles adiabatic system production process, the quality control in the process of design and construction and acceptance, quality defects and quality control counter. Then the architectural ceramic particles adiabatic system market demand has carried on the analysis and evaluation, and puts forward the management method of the product, the brand development strategy and marketing plan, for this kind of product and has a certain reference significance in the promotion of similar products.Finally, a hot summer and cold winter area actual building exterior building a case study of Hangzhou using ceramic particles insulation system project was selected, the results were analyzed and evaluated energy consumption. The results showed that the exterior surface of the ceramic particles using building insulation systems with the practical application of standards in line with the climatic zone specification energy requirements.