Highly waterproof removable energy-saving insulation shell

Abstract

The invention discloses a highly waterproof removable energy-saving insulation shell. The highly waterproof removable energy-saving insulation shell comprises two shell bodies, wherein the two shell bodies are of the same structure and are combined so as to form an integrated whole for wrapping a tee structure; the tee structure comprises a vertical valve and a horizontal pipeline; the packing position of the valve makes contact with upper openings of the two shell bodies, and vertical waterproofing treatment devices are arranged in the contact positions; and the insulation position of the horizontal pipeline makes contact with two horizontal openings of the two shell bodies, and side waterproofing treatment devices are arranged in the contact positions. According to the device, waterproofflanges or conical caps are additionally arranged in the packing position of the insulation shell and the valve, and sealing strips are additionally arranged in the insulation contact position of theinsulation shell and the pipeline, so that external liquid cannot enter the insulation shell.

Description

technical field [0001] The invention belongs to the technical field of energy saving and environmental protection, and in particular relates to a highly waterproof detachable energy-saving heat preservation shell. Background technique [0002] With the continuous development of science and technology, various pipeline applications are becoming more and more common. For pipes, it is usually exposed. Due to the needs of heat preservation or other aspects, it is often necessary to protect the pipeline to a certain extent. As far as the current situation is concerned, the outer insulation layer of the pipeline usually undergoes operations such as stacking, smearing, and bundling during construction, and the fixing and appearance treatment of the outer casing protective layer are completed from the inside to the outside. The entire construction process involves numerous procedures, high labor intensity, and a long construction period. In addition, once the construction is compl...

AI Technical Summary

Problems solved by technology

The entire construction process has many procedures, high labor intensity, and long construction period. In addition, once the construction is completed, subsequent changes are very difficult, and the shell needs to be destructively dismantled.

Moreover, there is no corresponding protection device for parts such as elbows and tees of pipelines.

[0003] The main problems in the prior art include: the outer insulation layer is directly stuck on the outer insulation layer of the packing and the pipe, and the external liquid can easily enter the insulation shell from the joint between the insulation shell, the packing, and the pipe insulation; the liquid enters the insulation shell If the interior is damaged, water will enter the insulation cotton, and the insulation performance will deteriorate or the insulation will fail.

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