Heat insulating type pipeline fixing support

Abstract

The invention discloses a heat insulating type pipeline fixing support which comprises a bottom lining, a wall lining, an external barrel, piles and an internal barrel. The upward opening of the internal barrel is matched and fixedly connected with the outer wall of a supported pipeline. The bottom lining is paved in the bottom of the inner chamber of the external barrel, and the internal barrel inserted into the inner chamber of the external barrel is isolated by the bottom lining. The wall lining is arranged between the overlapped sections of the outer wall of the internal barrel and the inner wall of the external barrel. 4-8 piles are uniformly distributed and connected on the inner wall of the external barrel, the top ends of the vertically arranged piles are fixedly connected with the barrel opening of the external barrel to form a limiting structure of the pile, which can prevent the internal barrel from jumping upwards excessively, thus avoiding the accidents of stripping or malposition arrangement between the matched internal and external barrels. The heat insulating type pipeline fixing support is reasonable in heat insulating structure and remarkable in heat insulation effect, can greatly reduce heat energy loss of mated pipelines, and can create conditions for long-distance conveying of a heat medium of a heat supply network pipeline.

Description

technical field [0001] The invention relates to a pipeline accessory matching a heat network, in particular to a pipeline bracket, especially a pipeline fixing bracket provided with a heat insulating layer. Background technique [0002] With the implementation of national energy conservation and emission reduction policies, local governments have implemented national policies to close down a large number of heating companies with low thermal efficiency, and transferred them to large-scale heating companies with advanced technology and equipment for centralized heating. The implementation of this policy makes the heating radius of the city larger and larger, which also brings new problems, that is, the heating length of the heating network is proportional to the heat loss of the transmission medium. In order to reduce the heat energy loss of the long-distance transmission medium of the heating network, the insulation structure design of the main pipeline and related pipeline ...

AI Technical Summary

Problems solved by technology

There are such cooling channels in the densely arranged pipe supports in the heating network, which will inevitably reduce the heat transfer efficiency of the heating network

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