NTJS Nano Alumina Material Technology Co., Ltd. is a manufacturer with independent intellectual property rights to produce fumed nano-alumina, and is currently the only supplier producing high-content aluminum nano-plates.
Nano-alumina microporous insulation board is the first choice material for high temperature insulation. This material has advanced technology and high economic benefits. It can not only enable you to obtain extremely high insulation performance, but also greatly reduce the thickness of the insulation layer. In addition, the nano-alumina microporous insulation board has excellent flame retardant performance, reaching the industry standard "A grade" fire resistance.
Lowest thermal conductivity compared to traditional materials
The extremely low thermal conductivity of the nano-alumina microporous thermal insulation board (≤0.035 at 1000°C) makes it have excellent thermal insulation performance and a small space occupation rate. The special structure of the nano-alumina microporous thermal insulation plate and the use of sunscreen make all the heat transfer effects-thermal conduction, thermal convection and thermal radiation are suppressed to the physical limit of atmospheric pressure.
Advantages over traditional materials
Compared with traditional materials, nano-alumina microporous insulation board has the following advantages:
Under the same thermal insulation effect, the nano-alumina microporous insulation board is thinner and saves installation space.
Under the same installation space requirements, the heat loss is lower.
Under the same installation space requirements and heat loss conditions, the usable space inside the equipment is larger.
Non-toxic and recyclable.
Application field of nano-alumina microporous insulation board
(1) Iron and steel industry: lower the temperature of the ladle shell, lower the temperature of tapping and tapping, lower the cost of smelting, save energy and reduce consumption, eat more scrap steel, and increase the profit per ton of steel.
(2) Kiln: reduce heat loss and energy cost; reduce the thickness of thermal insulation layer and increase the working space inside the kiln and equipment.
(3) Industrial furnace: By reducing the heat loss of the lining, the temperature of the kiln shell and the heat received by the driving device are reduced.
(4) Elevator doors: Improve the fire protection level of elevator landing doors, in line with national standards, and increase the safety factor.
(5) Steam pipeline: Through the subversive revolution of material performance, the thickness is reduced by 90%, and there is no solid waste recycling cost.
(6) Electrolytic aluminum industry: reduce heat loss, save energy and reduce consumption, and increase output.
(7) Environmental protection industry: used in the main furnace and the second combustion chamber of the incinerator, the outer shell temperature is reduced by 35-50 ℃, saving energy and reducing consumption.