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The environment-friendly refrigeration house built through the foaming ceramic heat preservation plates comprises a foaming heat preservation layer and a fixing structure layer, the fixing structure layer is arranged on the foaming heat preservation layer, the foaming heat preservation layer is structurally supported through the fixing structure layer, and the foaming heat preservation layer comprises an outer heat preservation layer and an inner heat preservation layer; an air channel is arranged between the two foaming layers. The air channel is communicated through the outer connecting pipe and the inner connecting pipe, low-temperature gas is introduced through the outer connecting pipe, the temperature in the air channel can be kept to be low, the intermolecular movement rate can be reduced, and therefore heat conduction can be reduced; and secondary temperature conduction of heat preservation of the refrigeration house in the inner heat preservation layer is achieved through the structural design of the air channel, and the structural strength is improved under the condition that the heat preservation performance is improved through the built-in fixing structural layer.
本申请提供了一种采用发泡陶瓷保温板建造的环保冷库,包括发泡保温层和固定结构层,固定结构层设置在发泡保温层,通过固定结构层来对发泡保温层进行结构支撑,发泡保温层,发泡保温层包括有外保温层和内保温层,两组发泡层中间设置有空气通道。本发明通过外连接管和内连接管将空气通道进行导通,通过外连接管通入低温的气体,可以将空气通道中的温度保持的交底,降低分子间运动的速率,从而可以降低热传导,并且通过空气通道的结构设计实现对于内保温层内部冷库保温的二次温度传导,通过内置的固定结构层在提升保温性能的情况下提升结构强度。
The environment-friendly refrigeration house built through the foaming ceramic heat preservation plates comprises a foaming heat preservation layer and a fixing structure layer, the fixing structure layer is arranged on the foaming heat preservation layer, the foaming heat preservation layer is structurally supported through the fixing structure layer, and the foaming heat preservation layer comprises an outer heat preservation layer and an inner heat preservation layer; an air channel is arranged between the two foaming layers. The air channel is communicated through the outer connecting pipe and the inner connecting pipe, low-temperature gas is introduced through the outer connecting pipe, the temperature in the air channel can be kept to be low, the intermolecular movement rate can be reduced, and therefore heat conduction can be reduced; and secondary temperature conduction of heat preservation of the refrigeration house in the inner heat preservation layer is achieved through the structural design of the air channel, and the structural strength is improved under the condition that the heat preservation performance is improved through the built-in fixing structural layer.
本申请提供了一种采用发泡陶瓷保温板建造的环保冷库,包括发泡保温层和固定结构层,固定结构层设置在发泡保温层,通过固定结构层来对发泡保温层进行结构支撑,发泡保温层,发泡保温层包括有外保温层和内保温层,两组发泡层中间设置有空气通道。本发明通过外连接管和内连接管将空气通道进行导通,通过外连接管通入低温的气体,可以将空气通道中的温度保持的交底,降低分子间运动的速率,从而可以降低热传导,并且通过空气通道的结构设计实现对于内保温层内部冷库保温的二次温度传导,通过内置的固定结构层在提升保温性能的情况下提升结构强度。
Environment-friendly refrigeration house built by adopting foamed ceramic insulation boards
一种采用发泡陶瓷保温板建造的环保冷库
ZHENG JUN (Autor:in)
12.04.2022
Patent
Elektronische Ressource
Chinesisch
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