The high-temperature nano-insulation panels forms a thermal insulation material suitable for high-temperature scenes by pressing nano-microporous materials into a board. Compared with traditional materials, the thermal insulation performance of this thermal insulation material has more significant advantages. After reaching the thermal insulation performance within the required range, the thickness of the thermal insulation layer can be greatly reduced. In addition, the high-temperature nano-microporous thermal insulation material can withstand a high temperature of 1100 ° C, and has a class A1 fire protection rating.
The continuous operation of the cement production line with high efficiency and low consumption is inseparable from scientific heat preservation and heat insulation measures. In the firing system, surface heat loss accounts for about 8% of the total heat consumption, which is a major part of energy loss. The size of the loss is closely related to the selection of insulation materials and the degree of insulation measures. Measures to ensure maximum utilization of waste heat.
The new nano-scale microporous thermal insulation material provides technical and material support for the higher requirements of thermal insulation and energy saving of the cement kiln firing system and the improvement of the system's production capacity.High-temperature nano insulation panels are used in cement kiln Preheater, Decomposition Furnace and auxiliary pipelines. Compared with traditional insulation materials, when the thickness is the same, the temperature of the shell is reduced by 20-30 ° C, and the heat loss is reduced by more than 30%. In the rotary kiln The transition zone and the pre-tropical zone are made of 15mm high-temperature nano-insulation boards, which can reduce the shell temperature of the rotary kiln by 70-110°C and reduce heat loss by more than 50%.
Nano thermal insulation material is a nano-scale microporous thermal insulation material produced by using nanotechnology, adding a unique anti-infrared radiation material, and adopting a special process. Compared with traditional ceramic fibers and microporous calcium silicate boards such as micron-scale Pore heat insulation materials, the pores of nano heat insulation materials are around 20nm, which is the key factor for its thermal conductivity far lower than traditional heat insulation materials, and the heat insulation performance at the same temperature is 4 times better than traditional heat insulation materials.
Zerothermo focus on vacuum technology for more than 20 years, our main products : vacuum insulation panels based on fumed silica core material for vaccine, medical, cold chain logistics, freezer, integrated vacuum insulation and decoration panel, vacuum glass, vacuum insulated doors and windows. If you want to learn more information about Zerothermo vacuum insulation panels, please feel free to contact us, also you are welcome to visit to our factory.
Sale Manager: Mike Xu
Phone :+86 13378245612/13880795380
E-mail:mike@zerothermo.com
Website:https://www.zerothermovip.com
Post time: Feb-07-2023
